FinalProgram

3PRICM

Third Pacific Rim InternationalConference on Advanced Materialsand Processing

Hilton Hawaiian Village HotelHonolulu, HawaiiJuly 12-16, 1998

iPRICM Co-OrganizingSponsoring Societies

Chinese Society for Metals (CSM)Japan Institute of Metals (JIM)The Korean Institute of Metals and Materials (KIM)The Minerals, Metals & Materials Society (TMS)

International OrganizingCommittee

Om P. Arora, USAShigeo Asai, Nagoya University, JapanRobert DeNale, Naval Surface Warfare Center, USADarrel R. Frear, Sematech, USAF.H. (Sam) Froes, University of Idaho, USAShuji Hanada, Tohoku University, JapanHonglin Ge, Shanghai Huchang Steel Co., ChinaM. Ashraf Imam, Naval Research Laboratory, USAMasahiro Koiwa, Kyoto University, JapanDong Nyung Lee, Seoul National University, KoreaJai Young Lee, Korea Adv. Inst. of Sci. & Tech., KoreaSoo Woo Nam, Korea Adv. Inst. of Sci. & Tech., KoreaXishan Xie, University of Science & Technology, ChinaZengyong Zhong, The Chinese Society for Metals, China

International AdvisoryBoard Members

Tara Chandra, Univ. of Wollongong, AustraliaHyung Sup Choi, Korean Fed. of Sci. & Tech., KoreaLuc Delaey, Katholieke Universeit Leuven, BelgiumMasao Doyama, Nishi-Tokyo University, JapanE. Evangelista, Univ. of Ancona, ItalyToru Imura, Aichi Inst. of Tech., JapanO.M. Ivasishin, Inst. of Metal Physics, UkraineO. Izumi, Prof. Emeritus,Tohoku Univ., JapanIl Koo Kang, Former President KIM, KoreaW.A. Kaysser, Aerospace Res. Est., GermanyT. Khan, ONERA, FranceSang-Joo Kim, Seoul National Univ., KoreaGeorge Krauss, Colorado School of Mines, USAA.G. Leatham, Osprey Metals Ltd., U.K.Yiyi Li Inst. of Metals Res. Academia Sinica, ChinaL. Martinez, Mexican Academy of Matls. Sci., MexicoA. Mitchell, Univ. of British Columbia, CanadaK. Mukherjee, Michigan State Univ., USAC.K. Ong, National Univ. of Singapore, SingaporeL. Ovecoglu, Istanbul Technical Univ., TurkeyS. Ranganathan, Indian Inst. of Science, IndiaB.B. Rath, Naval Research Laboratory, USAChangxu Shi, Chinese Academy of Engrg., ChinaD. Spinelli, Univ. of Sao Paulo, BrazilP. Srichandr, King Mongkut’s Inst. of Tech., ThailandP. Vitiaz, Inst. of Powder Met., Republic of BelarusJ.C. Williams, General Electric, USAJing Zhu, Tsing Hua University, China

In-country Technical RepresentativesChinaProfessor Dr. Zengyong Zhong • Secretary GeneralChinese Society for Metals • 46 Dongsixi Dajie • Beijing,100711 • China • Telephone: 861065133925Fax: 861065124122 • Email:csm@public.bta.net.cn

KoreaProfessor Dr. Dong Nyung Lee • Seoul National UniversitySchool of Matls. Sci. & Engrg. • Res. Ctr. for Thin FilmFabrication & Crystal Growing of Advanced Matls.Seoul 151-742 • Korea • Telephone: 822880-7093Fax: 822885-9671

JapanProfessor Shuji Hanada • Tohoku University • Inst. for Matl.Res. Katahira 2-1-1 • Aoba-ku Sendai 980-77 • JapanTelephone: 81222152115 • Fax: 81222152116

USA & All Other CountriesDr. M. Ashraf Imam • Naval Research Laboratory Code6320 • Washington, DC 20375-5343 USATelephone: 202-767-2185 • Fax: 202-767-2623Email: imam@anvil.nrl.navy.mil

Conference Secretariatand Technical ContactPoints

Dr. M. Ashraf Imam • Naval Research LaboratoryCode 6320 • Washington, DC 20375-5343 • USATelephone: 202-767-2185 • Fax: 202-767-2623Email: imam@anvil.nrl.navy.mil

Mr. Robert DeNale • NSWC • Carderock DivisionCode 615 • West Bethesda, MD 20817-5700 • USATelephone: 301-227-4995 • Fax: 301-227-5576Email: denale@oasys.dt.navy.mil

Symposium Registration

Full Conference registration includes admittance to all technical ses-sions, a copy of the PRICM 3 Proceedings, Welcoming Reception,Symposium Luncheon, and Symposium Reception/Banquet.

Attendees (except students and Hawaii State residents)not staying at the Hilton Hawaiian Village Hotel will beassessed an additional add on fee of $200 to their regis-tration to assist in paying meeting space at the hotel.

iiSocial Functions

Various special social functions have been planned to compli-ment the formal technical program, including the following:

Sunday Welcoming Reception18:00pm to 20:00pm - Lagoon Green Area

Monday Luncheon12 Noon to 13:30pm - Tapa Ballroom II

Thursday Reception/Banquet18:00pm - 21:00pm - Lagoon Green Area

These functions are included in the registration fee for confer-ence registrants. Tickets for accompanying persons may bepurchased at the conference registration desk. Please ad-vise the registration personnel of any special dietary require-ments. If you are not able to attend any of these scheduledevents, please let the conference registration personnel knowto allow for an accurate guarantee.

Accompanying PersonsHospitality

Accompanying persons may enjoy the Conference HospitalitySuite in room #3429 in the Tapa Tower. Refreshments and fooditems will be available. Accompanying persons registration isrequired for admission to the Conference Hospitality Suite. In-formation on local attractions, tour registration, dining, and shop-ping will also be available.

Classic DestinationManagement–Hawaii

Classic’s PRICM-3TRAVEL Holtline 1-800-331-7939

09:00AM-16:00PM PST, Monday - Friday

Technical Sessions

The Third Pacific Rim International Conference on AdvancedMaterials and Processing will commence at 09:00 AM on Mon-day, July 13, 1998. Sessions by day, paper titles and authorsare included in this brochure.

On-site Technical Program Assistance:Conference Secretariats Dr. Imam and/or Dr. Denale will bepresent daily at the author’s coffee to provide on-site techni-cal assistance. Messages can also be left at the registrationdesk in the Palace Lounge.

Policy on Audio and VideoRecording of Technical PaperPresentation/Sessions

The Minerals, Metals & Materials Society (TMS) reserves therights to any audio and video reproduction of all presenta-tions at TMS-sponsored meetings. Recording of sessions (au-dio, video, still photography, etc.) intended for personal use,distribution or copyright without the express written consentof TMS and the individual authors is strictly prohibited. Con-tact the TMS Technical Program Department to obtain a copyof the waiver release form.

Poster Papers

The poster session is scheduled for set up between 10:00 AMto 14:00 PM, Monday, July 13 and must be removed by 12:00Noon, Thursday, July 16.

Each author will be provided an 8 ft. long x 4 ft. high posterboard for display purposes. Any visual aids that might clarifythe results of your own work are encouraged. These can in-clude diagrams, charts, figures, illustrations etc. However, donot post your paper text. Note that graphics should be simple,colorful, well labeled and clear. The title should be written inletters 2 to 5 cm high, and all materials should be readablefrom a distance of 2 m.

Authors Coffee

Authors and session chairmen are required to attend the Au-thors Coffee on the day of their presentation. Please refer tothe Technical Program for times and days of presentations.

Slide Preview Area

Authors are invited to preview their slides at the Slide PreviewArea located in the Tapa Ballroom I during the following hours:

Monday, June 13, 1998 12:00 Noon - 22:00 PM

Tuesday, June 14, 1998 07:00 AM - 17:00 PM

Wednesday, June 15, 1998 07:00 AM - 17:00 PM

Thursday, June 16, 1998 07:00 AM - 12:00 Noon

Publication ofthe Workshop Papers

Papers accepted for The Third Pacific Rim International Con-ference on Advanced Materials and Processing are publishedin the PRICM-3 Conference Proceedings which will be dis-tributed at the meeting.

iii

TableTop Exhibitors

Chinese Society for Metals (CSM)

Japan Institute of Metals (JIM)

The Korean Institute of Metals and Materials (KIM)

The Minerals, Metals & Materials Society (TMS)

PRICM-3 Sponsors

The Organizers and attendees of the conference wish to acknowledge their appreciation to thefollowing for their generous financial support of PRICM-3.

National Science Foundation

United States Department of Energy

Naval Surface Warfare Center, Carderock Division

Department of Army, Army Research Office

Conference Luncheon

Monday, July 13

12:00 Noon

Speaker: James C. WillamsGE Aircraft EnginesCincinnati, OH 45241U.S.A.

Topic: Introducing High PerformanceMaterials: The Non-technicalChallenges

Abstract: High performance systems clearly require highperformance materials for their construction. Consequently,there has been and continues to be an emphasis on researchefforts aimed at creating new materials concepts and at de-veloping materials processing ideas. At least in the structuralmaterials area, much of this effort has been focused on newmaterials and process concepts that offer the promise of im-proved performance. Over time, the range of options avail-able to the materials developer has become more limited due

to the natural exhaustion of most of the obvious possibilities.As a result, there are fewer remaining materials and processconcepts available to be examined and exploited for introduc-tion into future generation products. Those concepts that aresuccessfully demonstrated to be feasible also will likely bemore difficult to reduce to practice and often will require sig-nificant capital investment to allow them to be produced orpracticed in useful quantities or on a commercial scale. As aresult, there is a danger of a widening time lag between proofof concept and actual commercialization of new materials andprocesses.

This talk will discuss this issue and will attempt to describesome of the barriers that can prevent or delay the productintroduction of advanced materials and new processes. Someof these barriers are economic, while others are cultural orphilosophical. Where appropriate, the talk will use examplesand also will suggest ways to mitigate or minimize these bar-riers. It may turn out that these non-technical factors will pacethe future introduction of new materials and process technol-ogy to a greater extent than the rate at which new technicalconcepts are put forward. Therefore, it is important for thematerials research community to recognize this “soft” aspectof the technology introduction process and address it concur-rently during research and development activities.

iv

Quiet Revolution inMaterial ProcessingProfessor Thomas W. Eager, Massachusetts Institute ofTechnology, 77 Massachusetts Avenue, Cambridge, MA02139

In the mid-1980’s, the United States, Japan and the Euro-pean Economic Community declared that the three industriesthat would drive economic growth into the next century wereadvanced materials, information technology and biotechnol-ogy. Now, more than a decade later, history has proven thesepredictions to be halfway correct. The next decade will provewhether the remainder of these predictions will come to pass.

Clearly, the information technology industry (computers andtelecommunications) can point to many tens of billions of dol-lars of new businesses over the past 15 years. At the otherextreme, the biotechnology industry is still based on prom-ises. Although there is still great excitement about the poten-tial of new biotechnological advances, there simply has notbeen a very measurable effect on the gross domestic prod-uct, unless one wishes to include the tremendous increase inhealth care costs over the past decade, which represents anegative impact on the economy.

The apparent success of the materials industry lies betweeninformation technology and biotechnology. The growth of newmaterials businesses has been nowhere near the prognosti-cations of ten years ago; however, the properties, durabilityand economy of traditional materials has improved dramati-cally over the past two decades.

This is the quiet revolution. It is a quiet revolution becauseit represents a cost avoidance rather than creation of newmaterials companies. The average consumer does not per-ceive the change due to the continuous nature of the improve-ments, as contrasted with discontinuous changes that areclaimed and advertised by the information technology indus-try.

Progress in ProcessingTechnology for AdvancedMaterials in ChinaProfessor Shi Likai, General Research Institute ofNon-Ferrous Metals, Beijing 100083 China

New processing technology plays an important role in thedevelopment of advanced materials. China’s Hi-Tech Ad-vanced Materials Research and Development Program alwaysemphasizes the research and development of new process-ing technologies for advanced materials. Under the supportof the program, in the last 10 years the obvious progress hasbeen made in spray forming, directional solidification, super-plasticity forming, metallic ion implantation and surface modi-fication, colloidal forming and in-situ solidification of ceram-ics, high-temperature self-propagation syntheses (SHS), high

gravity synthesis of nano-scale particle etc. Some of the men-tioned processing technologies have made great contributionsto development of advanced materials, some have had prac-tical application in industry. This paper gives brief introductionto China’s Hi-Tech Advanced Materials Research and Devel-opment Program, and summarizes some of recent progressin processing technology of the program.

Diffusion in Materials - Historyand Recent DevelopmentsProfessor Masahiro Koiwa, Department of MaterialsScience & Engineering, Kyoto University, Sakyo-Ku, Kyoto,606-01 Japan

Diffusion is a process that is fundamental in the art andscience of materials. The knowledge of diffusion behavior,therefore, is essential for the production of materials or fortheir use in practical applications. In the first part of this paper,a brief review is given on historical development of the quan-titative study of diffusion: the establishment of the diffusionlaw by A. Fick, the first quantitative measurement of solid statediffusion (Au in Pb) by W. Roberts-Austen, and the demon-stration of the self-diffusion in Pb using natural radioactiveisotope by G. Hevesy. In the second part, recent investiga-tions on the mechanism of diffusion in intermetallics com-pounds are reviewed.

The Spray Forming Processand Its ApplicationsProfessor Hyung Yong Ra, Department of MetallurgicalEngineering, Seoul National University, San 56-1Shilim - Dong, Kwanak-ku, Seoul 151-742 Korea

Spray forming, also termed as spray casting or spray depo-sition, processes generally involve three sequential steps: I)atomization—melt stream is broken into small droplets by gasjet; II) transfer of droplets—the drag force by the high velocitygas jet accelerate the flying speed of the droplets. During thetransfer step, droplets are cooled rapidly with a cooling rate ofapproximately 102 ~ 106 K/sec, resulting in a very fine sprayformed preform microstructure; and III) deposition-droplets ofsemi-solid state impinge the substrate or surface of preform,which determine the shape and porosity of the preform. Com-ponents produced by spray forming offer many advantages,e.g. fine scale microstructure, high efficiency for near-net-shape and metal matrix composite and flexibility for casting ofmaterials which accompany serious segregations in conven-tional castings. This paper overviews the spray forming re-search activities carried out world wide, concentrating par-ticularly on the controlling scheme of preform shape, tempera-ture, developments in spray forming device and alloys for com-mercial applications. Spray forming research activities car-ried out in Korea will also be reviewed.

Plenary/Keynote Presentations

Prof. Thomas W. Eager Prof. Masahiro Koiwa Prof. Hyung Yong Ra

v

Technical Program

Daily Listing of Sessions & Papers

The Third Pacific Rim InternationalConference on Advanced Materialsand Processing

3PRICM

Third Pacific Rim International Conference on Advanced Materials and Processing (PRICM 3)July 12–16, 1998

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A M A M A M A MPM PM PM PM

Plenary/KeynotePresentations

9:00am-12:00pm

PosterPresentations

opens7:00pm

PhaseTransformations& Their Appls. I7:00-10:00pm

Intermetallics I7:00-10:00pm

MagneticMaterials I

7:00-10:00pm

CompositeMaterials I

7:00-10:00pm

Light Metals I7:00-10:00pm

Solid MaterialsProcessing &MechanicalBehavior I

7:00-10:00pm

Superplasticity &SuperplasticForming I

7:00-10:00pm

SprayForming I

7:00-10:00pm

RapidPrototyping I7:00-10:00pm

PhaseTransformations& Their Appls. II8:30-11:50am

Intermetallics II8:30-11:50am

MagneticMaterials II

8:30-11:50am

CompositeMaterials II

8:30-11:50am

Light Metals II8:30-11:50am

GeneralSession I

8:30-11:50am

Superplasticity& Superplastic

Forming II8:30-11:50am

SprayForming II

8:30-11:50am

RapidPrototyping II8:30-11:50am

PhaseTransformations

& Their Appls. III2:00-5:20pm

Intermetallics III2:00-5:20pm

MagneticMaterials III2:00-5:20pm

CompositeMaterials III2:00-5:20pm

Light Metals III2:00-5:20pm

GeneralSession II

2:00-5:20pm

Superplasticity& Superplastic

Forming III2:00-5:20pm

SprayForming III

2:00-5:20pm

AdvancedFerrous Alloys I

2:00-5:20pm

PhaseTransformations

& Their Appls. IV8:30-11:50am

Solid MaterialsProcessing &MechanicalBehavior II

8:30-11:50am

Materials forMicroelectronics

& ElectronicPack. I

8:30-11:50am

CompositeMaterials IV8:30-11:50am

Light Metals IV8:30-11:50am

GeneralSession III

8:30-11:50am

Welding & LaserProcessing I8:30-11:50am

Melt Processing& Casting I

8:30-11:50am

AdvancedFerrous Alloys II

8:30-11:50am

PhaseTransformations &

Their Appls. V7:00-10:00pm

HydrogenAbsorbingMaterials I

7:00-10:00pm

Materials forMicroelectronics

& ElectronicPack. II

7:00-10:00pm

CompositeMaterials V

7:00-10:00pm

Light Metals V7:00-10:00pm

GeneralSession IV

7:00-10:00pm

Welding & LaserProcessing II7:00-10:00pm

Smart Materials& Processing I7:00-10:00pm

AdvancedFerrous Alloys III

7:00-10:00pm

PhaseTransformations &Their Appls. VII

1:30-4:50pm

Non-DestructiveCharacterization I

1:30-4:50pm

High TransitionTemperature

Superconductors I1:30-4:50pm

GeneralSession VI1:30-4:50pm

Welding & LaserProcessing IV1:30-4:50pm

Smart Materials& Processing III

1:30-4:50pm

AdvancedFerrous Alloys IV

1:30-4:50pm

PosterPresentations

closes12:00 Noon

PhaseTransformations &

Their Appls. VI8:30-11:50am

Intermetallics IV8:30-11:50am

Materials forMicroelectronics

& ElectronicPack. III

8:30-11:50am

GeneralSession V

8:30-11:50am

Welding & LaserProcessing III8:30-11:50am

Smart Materials& Processing II8:30-11:50am

Melt Processing& Casting II

8:30-11:50am

SESSION TITLE

Advanced Ferrous Alloys I ...................................................................................................Advanced Ferrous Alloys II ..................................................................................................Advanced Ferrous Alloys III .................................................................................................Advanced Ferrous Alloys IV .................................................................................................Composite Materials I ..........................................................................................................Composite Materials II .........................................................................................................Composite Materials III ........................................................................................................Composite Materials IV ........................................................................................................Composite Materials V .........................................................................................................General Abstracts I ..............................................................................................................General Abstracts II .............................................................................................................General Abstracts III ............................................................................................................General Abstracts IV ............................................................................................................General Abstracts V .............................................................................................................General Abstracts VI ............................................................................................................High Transition Temperature Superconductors I ..................................................................Hydrogen Absorbing Materials I ...........................................................................................Intermetallics I ......................................................................................................................Intermetallics II .....................................................................................................................Intermetallics III ....................................................................................................................Intermetallics IV ...................................................................................................................Light Metals I ........................................................................................................................Light Metals II .......................................................................................................................Light Metals III ......................................................................................................................Light Metals IV .....................................................................................................................Light Metals V ......................................................................................................................Magnetic Materials I .............................................................................................................Magnetic Materials II ............................................................................................................Magnetic Materials III ...........................................................................................................Materials for Microelectronics & Electronic Packaging I ......................................................Materials for Microelectronics & Electronic Packaging II .....................................................Materials for Microelectronics & Electronic Packaging III ....................................................Melt Processing & Casting I .................................................................................................Melt Processing & Casting II ................................................................................................Non-Destructive Characterization I ......................................................................................Phase Transformations & Their Applications I .....................................................................Phase Transformations & Their Applications II ....................................................................Phase Transformations & Their Applications III ...................................................................Phase Transformations & Their Applications IV ...................................................................Phase Transformations & Their Applications V ....................................................................Phase Transformations & Their Applications VI ...................................................................Phase Transformations & Their Applications VII ..................................................................Plenary/Keynote Presentations ............................................................................................Poster Presentations ............................................................................................................Rapid Prototyping I ..............................................................................................................Rapid Prototyping II .............................................................................................................Smart Materials & Processing I ............................................................................................Smart Materials & Processing II ...........................................................................................Smart Materials & Processing III ..........................................................................................Solid Materials Processing & Mechanical Behavior I ...........................................................Solid Materials Processing & Mechanical Behavior II ..........................................................Spray Forming I ...................................................................................................................Spray Forming II ..................................................................................................................Spray Forming III .................................................................................................................Superplasticity & Superplastic Forming I .............................................................................Superplasticity & Superplastic Forming II ............................................................................Superplasticity & Superplastic Forming III ...........................................................................Welding & Laser Processing I ..............................................................................................Welding & Laser Processing II .............................................................................................Welding & Laser Processing III ............................................................................................Welding & Laser Processing IV ............................................................................................

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Third Pacific Rim International Conference on Advanced Materials and Processing - PRICM 3Hilton Hawaiian Village Hotel -- July 12-16, 1998

1

PRICM3 Technical Program

Plenary/Keynote Presentations9:00 AM - 12:00 Noon

Monday AM Room: Tapa BallroomJuly 13, 1998 Location: Tapa Towers

USA:

QUIET REVOLUTION IN MATERIAL PROCESSING: Prof . Tho-mas W. Ea ger , Massachusetts Institute of Technology, 77 Massachu-setts Avenue, Cambridge, MA 02139

China:

PROGRESS IN PROCESSING TECHNOLOGY FOR ADVANCEDMATERIALS IN CHINA: Prof . Likai Shi , General Research Instituteof Non-Ferrous Metals, Beijing 100083

Japan:

DIFFUSION IN MATERIALS - HISTORY AND RECENTDEVELOPMENTS: Prof. Masahiro Koiwa , Department of MaterialsScience and Engineering, Kyoto University, Sakyo-Ku, Kyoto, 606-01

Korea:

THE SPRAY FORMING PROCESS AND ITS APPLICATIONS:Prof . Hyung Yong RA , Department of Metallurgical Engineering, SeoulNational University, San 56-1 Shilim - dong, Kwanak-ku, Seoul 151-742

MONDAY AM

Composite Materials: Session I

Monday PM Room: Honolulu Suite IIJuly 13, 1998 Location: Tapa Towers

Session Chairs: Prof. K. K. Chawla, University of Alabama atBirmingham, Birmingham, AL 35294-4461, USA; Jingkun Guo,Shanghai Institute of Ceramics, China

7:00 PM INVITED PAPERPROCESSING AND PROPERTIES OF IN-SITU Al-TiB2 COM-POSITES: Hank-J an Brinkman 1; 1Delft University of Technology,Laboratory for Materials Science, Rotterdamseweg 137, Al Delft 2628The Netherlands

7:20 PMSYNTHESIS AND SPUTTERING OF COMPOSITE TARGETANDTHIN FILMS: A. O. Kunrath 1; J. J. Moore1; S. Govindarajan2; J.

Disam3; E. A. Levashov4; 1Colorado School of Mines, Advanced Coat-ings and Surface Engineering Laboratory (ACSEL), Golden, CO USA;2White Oak Semiconductor, Richmond, VA USA; 3Schott Glaswerke,Mainz Germany; 4Moscow Steel and Alloys Institute, Moscow, Russia

7:40 PM INVITED PAPERMICROSTRUCTURE AND MECHANICAL PROPERTIES OFREACTION SQUEEZE CAST HYBRID Al MATRIX COMPOS-ITES: Changook Son 1; Ikmin Park1; Kyung-Mox Cho1; Ildong Choi2;Sunghak Lee3; 1Pusan National University, Dept. of Metallurgical En-gineering, Pusan 609-735 Korea; 2Korea Maritime University, Dept. ofMaterials Engineering, Pusan 606-791 Korea; 3Pohang University ofScience and Technology, Pohang 790-784 Korea

8:00 PM INVITED PAPERPROCESSING AND CHARACTERIZATION OF NiAl-Al2O3

FUNCTIONALLY GRADIENT COMPOSITES: Hexiang Zhu 1; D.Padmavardani1; R. Abbaschian1; 1University of Florida, Dept. of Mate-rials Science & Engineering, Gainesville, FL USA

8:20 PM INVITED PAPERIN SITU SYNTHESIS AND THERMODYNAMICS OF MOSI2/SiCOMPOSITES: Luiqi Zhang 1; 1University of Science and Tech-nology, Beijing, China

8:40 PMVACUUM INVESTMENT CASTING OF CERAMIC PARTICLEREINFORCED ALUMINUM MATRIX COMPOSITE: DianbinWang 1; 1Institute of Aeronautical Materials, China

9:00 PMDEVELOPMENT OF MMC USING LIQUID METALLURGY TECH-NIQUE: CONTROL OF POROSITY AND PARTICULATES DIS-TRIBUTION: M. L. Qureshi 1; M. Mujahid1; 1GIK Institute of Engi-neering Sciences & Technology, Topi NWFP 23460 Pakistan

9:20 PMINTELLIGENT METHODS FOR THE OPTIMIZATION OF COM-POSITE MATERIALS: Majid Fathi 1; Lars Hildebrand1; 1University ofDortmund, Germany

Intermetallics: Session I

Monday PM Room: Tapa Ballroom IIIJuly 13, 1998 Location: Tapa Towers

Session Chairs: Jong K. Lee, Michigan Technological University,Dept. of Metallurgical and Materials Engineering, Houghton, MI49931-1295, USA; Masahara Yamaguchi, Kyoto University,Department of Materials Sciences and Engineering, Kyoto Japan

7:00 PM INVITED PAPERCYCLIC DEFORMATION BEHAVIOR OF CoTi SINGLE CRYS-TALS WITH B2 STRUCTURE: Ahumad Behg ozin 1; TakayoshiNakano1; Yukichi Umakoshi1; 1Osaka University, Department of Ma-terials Science and Engineering, Faculty of Engineering, 2-1 Yamad-oka, Suita, Osaka 565 Japan

MONDAY PM

2

7:20 PMRECENT DEVELOPMENTS IN LIGHT METALS - PART 2

7:40 PM INVITED PAPERINTERACTION BETWEEN TITANIUM AND ACTIVE PARTICLESOF HYDROGEN PLASMA: D. V. Sc hur 1; V. K. Pishuk2; 1Institute ofHydrogen and Solar Energy of UASNP, Kiev Ukraine; 2Institute forProblems of Materials Science of NAS, Kiev Ukraine

8:00 PMEFFECTS OF L12 (Al,Cr)3Ti COATINGS ON THE HIGH TEM-PERATURE BEHAVIOR OF TiAl ALLOYS: H. N. Lee 1; Z. M. Park1;J. Y. Park1; M. H. Oh2; D. M. Wee1; 1KAIST, Dept. of Matls. Sci & Eng.,Taejon 305-701 Korea; 2KNUT, Dept. of Matls. Sci. & Eng., Kumi730-701 Korea

8:20 PMMICROSTRUCTURE CONTROL OF NITROGEN DOPED TiAlALLOYS: J. H. Yun 1; M. H. Oh2; D. M. Wee1; 1KAIST, Dept. of Matls.Sci. & Eng., Taejon 305-701 Korea; 2KNUT, Dept. of Matls. Sci. &Eng., Kumi 730-701 Korea

8:40 PMCAST TiAl ALLOYS AS ENGINEERING MATERIALS: D. X. Zou 1;1Central Iron & Steel Research Institute, Beijing China

9:00 PMINTERFACE ENHANCED DEFORMATION TWINNING INLAMELLAR TiAl/Ti3Al: L. M. Hsiung 1; T. G. Nieh1; 1LawrenceLivermore National Laboratory, P.O. Box 808, L-370, Livermore, CA94551-9900 USA

9:20 PMPHASE STABILITY OF Ti-Al ALLOYS CONTAINING 2at.% Cr-4at.% Nb-0.4at.%B: S. K. Kim1; J. K. Park 1; 1Korea Advanced Insti-tute of Science and Technology, Department of Materials Science andEngineering, 373-1 Kusong-Dong, Yusong-Gu, Taejon 305-701 S. Ko-rea

Magnetic Materials: Session I

Monday PM Room: Honolulu Suite IJuly 13, 1998 Location: Tapa Towers

Session Chairs: J. E. Shield, University of Utah, Department ofMaterials Science and Engineering, Salt Lake City, UT, USA;Zhenxi Wang, Sub Huan Inc., China

7:00 PM INVITED PAPERDEVELOPMENT OF NdFeB MAGNET INDUSTRY IN CHINA: LiBo 1; 1Central Iron & Steel Research Institute, Beijing,China

7:20 PM INVITED PAPERDEVELOPMENT AND PROSPECT OF RARE-EARTH PERMA-NENT MAGNET MATERIALS IN CHINA: Zhenxi Wang 1; 1Sah HuanInc., Chinese Academy of Sciences,China

7:40 PMBRITTLE FRACTURE IN Nd2Fe14B INTERMETALLIC MAGNETS:Joseph A. Horton 1; L. Heatherly1; D. Li 2; 1Oak Ridge National Labora-tory, Metals and Ceramics Divison, Oak Ridge, TN 37831-6115 USA;2Magnequench International Inc., Anderson, IN 46013 USA

7:20 PMSMALL FATIGUE CRACK BEHAVIOR IN γγγγγ-Base TiAl INTER-METALLICS: Y. Mutoh 1; T. Moriya1; S. J. Zhu1; Y. Mizuhara2; 1NagaokaUniversity of Technology, Nagaoka 940-21 Japan; 2Nippon Steel Cor-poration, Nakahara-ku, Kawasaki, Japan 211

7:40 PMHIGH TEMPERATURE STRENGTH PROPERTIES OF Ir DOPEDNiAl INTERMETALLIC COMPOUND: A. Chiba 1; T. Ono1; X. G.Li1; S. Takahashi1; 1Iwate University, Department of Materials Scienceand Engineering, Morioka 020 Japan

8:00 PMMECHANICAL PROPERTIES OF Co-BASED ALLOY STRENGTH-ENED BY E21-TYPE INTERMETALLIC COMPOUND Co 3AlC :Kum-Yong Hwang1; Yoshisato Kimura2; Seiji Miura3; Yoshinao Mishima1;1Tokyo Institute of Technology, Department of Materials Science andEngineering, Nagatsuta, Midori-ku, Yokohama 226 Japan; 2Universityof Pennsylvania, Department of Materials Science and Engineering,3231 Walnut Street, Philadelphia, PA 19104-6272 USA; 3HokkaidoUniversity, Division of Materials Science and Engineering, 13N8W,Kita-ku, Sapporo 060 Japan

8:20 PMEFFECTS OF VOLUME FRACTION OF CONSTITUENT PHASESOF FULLY LAMELLAR TiAl ALLOYS ON CREEP STRENGTH:Gerhar d Wegmann 1; Ryuichi Yamamoto1; Kouichi Maruyama1; 1TohokuUniversity, Department of Materials Science, Graduate School of Engi-neering, Aramaki-Aoba, Aoba-ku, Sendai 980-77 Japan

8:40 PMMECHANICAL PROPERTIES OF Mo-Al ALLOYS WITHLAMELAR STRUCTURE : Rikiya Nino1; Seiji Miura1; Tetsuo Mohri1;1Hokkaido University, Division of Materials Science and Engineering,Kita-ku, Sapporo 060-0813 Japan

9:00 PMEFFECT OF HEATING RATE ON THE COMBUSTION SYNTHE-SIS OF INTERMETALLICS: Seung Hurn Lee 1; Yong-Seog Kim1;Yong-Ho Lee1; 1Hong Ik University, Department of Metallurgy andMaterials Science, 72-1 Sangsu Dong, Mapo Ku, Seoul 121-791 Korea

9:20 PMEFFECT OF MICROSTRUCTURE ON THE CREEP RUPTUREPROPERTIES OF Ti-51at.% Al ALLOY AT HIGH TEMPERA-TURES: Isao Mutoh 1; Yutaka Kawano2; Tatsuo Kumagai1; TatsuhikoTanabe1; Morihiko Nakamura1; 1National Research Institute for Met-als, Sengen 1-2, Tsukuba-shi Ibaraki Japan; 2Mcisci University, Tokyo191 Japan

Light Metals: Session I

Monday PM Room: Honolulu Suite IIIJuly 13, 1998 Location: Tapa Towers

Session Chairs: J. Liu, ALCOA, USA; Shuji Hanada, TohokuUniversity, Japan

7:00 PM INVITED PAPERRECENT DEVELOPMENTS IN LIGHT METALS - PART 1: F. H.Froes 1; W. Quist2; J. Liu3; 1IMAP, University of Idaho, 321 MinesBldg., Moscow, ID USA; 2Boeing Commercial Airplane Co., Deceased;3Aluminum Company of America, 100 Technical Drive, Alcoa Center,PA, 15069-0001

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8:00 PMSPECTROSCOPIC PROPERTIES OF Nd3+ IN FLUOROALUM-INATE GLASSES FOR AN EFFICIENT 1.3 OPTICAL AMPLIFIED :Mira Naftaly1; Animesh Jha1; 1University of Leeds, Department ofMaterials, Leeds LS2 9JT United Kingdom

8:20 PMEFFECT OF HYDROGEN ON THE MAGNETIC PROPERTIES OF(Er0.5 Pr0.5)2 Fe13Al4 AND ITS NITRIDE: K.G. Suresh 1; G. Markandeyulu1;S. D. Mahanti2; K. V.S. Rama Rao1; 1Indian Institute of Technology,Magnetism and Magnetic Materials Laboratory, Department of Phys-ics, Madras -600 036 India; 2Michigan State University, Department ofPhysics and Astronomy, East Lansing, MI 48824 USA

8:40 PMTEMPERATURE STABILITY OF RARE EARTH PERMANENTMAGNETS: Xiaojun Yu 1; 1Central Iron & Steel Research Institute,Beijing, China

9:00 PMDIFFUSION OF INTERSTITIAL ATOMS IN ORDERED MAG-NETIC ALLOYS UNDER PRESSURE: S. Zaginaichenko 1; Z.Matysina2; D. Schur1; 1Institute for Problems of Materials Science ofNAS, Kiev 252680 Ukraine; 2Dnepropetrovsk State University 320000Ukraine

9:20 PMA STUDY ON THE DEFORMATION BEHAVIOR OF NANO-CRYSTALLINE Nd-Fe-B MAGNETS: S. Pr akash Nar ayan 1; K. Basu1;Y.V.R.K. Prasad2; V. Jayaram2; 1Regional Research Laboratory, BhopalIndia; 2Indian Institute of Science, Bangalore India

Phase Transformations and Their Applica-tions: Session I

Monday PM Room: Tapa Ballroom IIJuly 13, 1998 Location: Tapa Towers

Session Chairs: K. Inoue, University of Washington, MaterialsScience and Engineering, Seattle, WA 981950-2120, USA; M. Koiwa, Kyoto University, Japan

7:00 PM INVITED PAPERORIGIN OF THE AGING EFFECT AND THE RUBBER-LIKE BE-HAVIOR IN MARTENSITE: K. Otsuka 1; X. Ren1; 1University ofTsukuba, Institute of Materials Science, Tsukuba, Ibaraki 305 Japan

7:20 PMTIME-DEPENDENT NATURE OF MARTENSITIC TRANSFORMA-TION IN SOME FERROUS AND NON-FERROUS ALLOYS:Tomo yuki Kakeshita 1; Toshio Saburi2; Ken’chi Shimizu2; 1Osaka Uni-versity, Department of Materials Science and Engineering, Faculty ofEngineering, Suita, Osaka Japan; 2Kanazawa Institute of Technology,Department of Materials Science and Engineering, Faculty of Engi-neering, Nonoichi, Ishikawa Japan

7:40 PMFORMATION OF REVERSED AUSTENITE FROM M23C6 TYPECARBIDE IN A HIGH CHROMIUM MARTENSITIC STEEL: T.Tsuc hiyama 1; S. Takaki1; 1Kyushu University, Department of MaterialsScience and Engineering, Faculty of Engineering, Fukuoka 812-81 Ja-pan

8:00 PMSIMULATION OF MARTENSITIC TRANSFORMATION IN Fe-Ni- ALLOYS: Tetsur o Suzuki 1; Masato Shimono2; 1Foundation for

Advancement of International Science, Japan; 2National Research In-stitute for Metals

8:20 PMTWIN INTERFACE STRUCTURES IN MARTENSITICALLYTRANSFORMED Cu-Al-Ni AND Cd ALLOYS: T. Hara1; T. Ohba1;K. Otsuka2; 1Teikyo University, Department of Materials Science andEngineering, Utsunomiya, Tochigi 320 Japan; 2University of Tsukuba,Institute of Materials Science, Tsukuba, Ibaraki 305 Japan

8:40 PMQUANTITATIVE EVALUATION OF THE RUBBER EFFECT ANDSTABILIZATION OF THE MARTENSITIC PHASE IN COPPERALLOYS: K. Marukaw a1; K. Tsuchiya2; 1Hokkaido University, Dept.of Applied Physics, Sapporo 060 Japan; 2Toyohashi University ofTechnology, Dept. of Production Systems Engineering, Toyohashi 441Japan

9:00 PMINFLUENCE OF LONG RANGE ORDERING ON MARTENSITICTRANSFORMATION IN Ag-Zn-Al ALLOYS: K. Takezaw a1; H.Hoshi1; K. Marukawa1; 1Hokkaido University, Sapporo 060 Japan

9:20 PMINTRINSIC THERMODYNAMIC STABILITY AND ITS IMPLI-CATION TO CHARACTERISTICS OF PHASE EQUILIBRIA INCOHERENT MULTILAYERS: Joo-Y oul Huh 1; 1Korea University,Division of Materials Science and Engineering, 5-1 Anam-Dong,Sungbuk-Ku, Seoul 136-701 Korea

Rapid Prototyping: Session I

Monday PM Room: Iolani Suite VIJuly 13, 1998 Location: Tapa Towers

Session Chairs: Likai Shi, China; Duane Dimos, Sandia NationalLaboratories, Albuquerque, NM 87185-0367, USA

7:00 PM INVITED PAPEREXPANDING THE DESIGN SPACE THROUGH INNOVATIVEMATERIALS PROCESSING: Fritz B . Prinz 1; Rodney H. Adams1;1Stanford University, Mechanical Engineering and Materials Scienceand Engineering, Stanford, CA USA

7:20 PMTHE PRODUCTION AND PROCESS AUTOMATION FORPRESINTERING MAGNETIC FERRITE: Rixin Liu 1; 1National Engi-neering Research Center for Magnetic Materials, China

7:40 PMCOMPARISON OF EXPERIMENT TO STEFAN SOLUTION FORPLANAR FLOW SPIN-CASTING: B. Reed 1; X-Q. Zhang1; P. H.Steen1; 1Cornell University, School of Chemical Engineering USA

8:00 PMA KNOWLEDGE BASED SYSTEM FOR RAPID PROTOTYPINGOF P/M COMPONENTS: Lyndon Smith 1; 1University of the West ofEngland, Bristol BS 16 1QY UK

8:20 PMCALIBRATING FUSED DEPOSITION MODELING RAPIDPROTOTYPING SYSTEMS FOR ADAPTIVE BUILD LAYERTHICKNESS: Justin T. Tyber g 1; Jan Helge Hohn1; 1Virginia Tech,Department of Mechanical Engineering, Blacksburg, VA 24601-0238USA

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8:40 PM INVITED PAPERNEAR NET SHAPE PRODUCTION OF METAL COMPONENTSUSING LENS: Eric Schlienger 1; Duane Dimos1; Michelle Griffith1;Joseph Michael1; Mike Oliver1; Tony Romero1; John Smugeresky2;1Sandia National Laboratories, Albuquerque, NM USA; 2Sandia NationalLaboratories, Livermore, CA USA

9:00 PM INVITED PAPERDIRECT FABRICATION BY SELECTIVE LASER SINTERING: JoeBeaman 1; 1University of Texas, Mechanical Engineering Department,Austin, TX 78712 USA

9:20 PMMODELING ASSISTED LASER ENGINEERED NET SHAPING(LENS) OF FUNCTIONAL MULTI-ELEMENT MATERIALS: D.M. Keicher 1; J A. Smugeresky2; J. A. Romero3; M. L. Griffith3; 1OptomecDesign Company, Albuquerque, NM 87185 USA; 2Sandia National Labo-ratories, Livermore, CA; 3Sandia National Laboratories, Albuquerque,NM

Solid Materials Processing and Mechani-cal Behavior: Session I

Monday PM Room: Iolani Suite IJuly 13, 1998 Location: Tapa Towers

Session Chairs: M. Van De Voorde, P. O. Box 2, 1755 2G Petten,The Netherlands; Kyung-mox Cho, Korea

7:00 PM INVITED PAPERMICROMECHANICAL INSTABILITIES IN MATERIALS: JamesC. M. Li 1; 1University of Rochester, Materials Science Program, Col-lege of Arts, Sciences and Engineering, Rochester, NY 14627 USA

7:20 PMSTRENGTHENING AND MECHANICAL STABILITY OF Cu-AgTWO PHASE ALLOY: Moon Soo Lim 1; Jae Sook Song1; Sun IgHong1; 1Chungnam National University, Department of MetallurgicalEngineering, Taedock Science Town, Taejon 305-764 Korea

7:40 PMPROPERTIES OF FUNCTIONALLY GRADED NiCrAlY/ZrO2

THERMAL BARRIER COATING LAYERS FABRICATED BYPLASMA SPRAYING: Cha-hw an P ark 1; Kyung-mox Cho1; Ik-minPark1; Myung-gyue Jung2; 1Pusan National University, Dept. of Metall.Eng, Pusan 609-735 Korea; 2Samsung Aerospace Industries Co., Sungsudong, Changwon 641-120 Korea

8:00 PMDEVELOPMENT OF P/M Nb-BASE RECORROSIVE MATERIAL:Te w ei Huang 1; 1Central Iron and Steel Research Institute, Beijing,China

8:20 PMEFFECTS OF APPLIED STRESS AND OTHER FACTORS ON THEBAINITIC TRANSFORMATION IN Cu-Zn-Al ALLOYS: M.Tab uc hi1; M. Takahashi2; 1Japan Atomic Energy Research Institute,Dept. of Materials Science and Engineering, Tokai-muri, Ibaraki-ken319-11 Japan; 2Hokkaido University, Dept. of Applied Physics, Sapporo060 Japan

8:40 PMPRODUCTION OF ULTRA-FINE Fe-Cu PARTICLES BY DCPLASMA JET METHOD AND THEIR CHARACTERIZATION: K.Tsuc hiya 1; Y. Todaka1; T. Ishida1; M. Umemoto1; 1Toyohashi Univer-

sity of Technology, Dept. of Production Systems Engineering, Aichi441 Japan

9:00 PMTRIBIOLOGICAL BEHAVIOR OF P/M SELF-LUBRICATINGPOROUS BRONZE BEARINGS: M. Zamani Mehr1; H.Alimohammadi2; M. Masnavi1; 1I.A.U. Tehran, Plasma Physics Re-search Center, Tehran Iran; 2Aria Diesel Part Industries, Research andDevelopment, Tehran Iran

9:20 PMTHE STRAIN PATH DEPENDENCE OF MICROSTRUCTURE DE-VELOPED IN OFHC Cu BY ECA PRESSING: W. H. Huang 1; M. F.Li1; P. W. Kao1; C. P. Chang1; 1National Sun Yat-Sen University, Insti-tute of Materials Science and Engineering, Kaohsiung, Taiwan ROC

Spray Forming: Session I

Monday PM Room: Iolani Suite VJuly 13, 1998 Location: Tapa Towers

Session Chairs: Ivan Caplan, Naval Surface Warfare Center,Carderock Division, West Bethesda, MD 20817-5700, USA;Jingguo Zhang, Shanghai Iron & Steel Research Institute, Shanghai,China

7:00 PM INVITED PAPERA REVIEW OF THE SPRAY FORMING OF HIGH PERFOR-MANCE ALUMINIUM ALLOYS - PART 1: Alan Leatham 1; AndrewOgilvy1; 1Osprey Metals, Ltd., Dept. of Research, Red Jacket Works,Millands Rd., Wales UK

7:20 PMA REVIEW OF THE SPRAY FORMING OF HIGH PERFOR-MANCE ALUMINUM ALLOYS - PART 2

7:40 PMMECHANICAL PROPERTIES OF SPRAY FORMED Al-Fe-V-SiALLOYS: M. F. Amateau 1; T. J. Eden1; 1The Pennsylvania StateUniversity, University Park, PA 16802 USA

8:00 PMMECHANICAL AND MICROSTRUCTURAL EVALUATION OFSPRAY FORMED ALUMINUM ALLOY: S. R. Horn 1; J. L. Rossi1;1Instituto de Pesquisas Energeticas e Nucleares - IPEN, Powder Pro-cessing Centre - CPP, P.O. Box 11.049, Sae Paulo Brazil

8:20 PMPROPERTIES AND MICROSTRUCTURE OF Cu-15Ni-8Sn AL-LOY PREPARED BY SPRAY FORMING: Jing guo Zhang 1; 1Shang-hai Iron & Steel Research Institute, Shan,ghai China

8:40 PMPROPERTIES OF SPRAYFORMED TOOL AND HIGH SPEEDSTEELS: Claus Speig elhauer 1; 1Danish Steel Works Ltd, Frederiksvrerk3300 Denmark

9:00 PMTITANIUM SPRAY FORMED ALLOYS: Craig Madden 1; Rich Rebis1;Leslie Kohler1; 1US Navy, Naval Surface Warfare Center, CarderockDivision, Bethesda, MD 20817-5700 USA

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Superplasticity and Superplastic Forming:Session I

Monday PM Room: Iolani Suite IIIJuly 13, 1998 Location: Tapa Towers

Session Chairs: A. K. Mukherjee, University of California, Depart-ment of Chem. Eng. & Mats., Davis, CA, USA;T. Sakuma, The University of Tokyo, Japan

7:00 PM INVITED PAPERTHE ROLE OF DEFORMATION MECHANISMS IN THE SOLIDSTATE JOINT FORMATION DURING SUPERPLASTIC FLOW:O. A. Kaibyshe v 1; V. V. Astanin1; R. Ya. Lutfullin1; 1Russian Academy ofSciences, Institute for Metals Superplasticity Problems, Khalturina 39,Ufa 450001 Russia

7:20 PM INVITED PAPERON THE MECHANISMS OF HIGH STRAIN RATE SUPERPLAS-TICITY IN METAL MATRIX COMPOSITES: Yong Li 1; Terence G.Langdon1; 1University of Southern California, Departments of Materi-als Science and Mechanical Engineering, Los Angeles, CA 90089-1453USA

7:40 PMCONTRIBUTION OF GRAIN BOUNDARY SLIDING IN SUPER-PLASTIC 7475 ALLOYS PROCESSED BY POWDER METAL-LURGY AND INGOT METALLURGY: Toshiji Mukai 1; TomotakeHirata2; Shigenori Tanabe2; Masahide Kohzu2; Kenji Higashi2; 1OsakaMunicipal Technical Research Institute, Mechanical Engineering De-partment, Joto-ku, Osaka 536 Japan; 2Osaka Prefecture University,Department of Metallurgy and Materials Science, Gakuen-cho, Sakai593 Japan

8:00 PM INVITED PAPERGRAIN BOUNDARY STRUCTURE AND CHEMICAL BONDINGSTATE OF SiO2- DOPED TZP WITH A SMALL AMOUNT OFMETAL OXIDES: Yuic hi Ikuhar a1; Isao Tanaka2; Parjaree Thavorniti1;Taketo Sakuma1; 1The University of Tokyo, Department of MaterialsScience, Faculty of Engineering, 7-3-1 Gibgi, Bunkyo-ku, Tokyo 113Japan; 2Kyoto University, Department of Materials Science and Engi-neering, Sakyo-ku, Kyoto 606-01 Japan

8:20 PMOBSERVATION OF LOW TEMPERATURE SUPERPLASTICITYOF ZK60 MAGNESIUM ALLOY: H. Watana be 1; T. Mukal1; K.Higashi2; 1Osaka Municipal Technical Research Institute, MorinomiyaJoto-ku, Osaka 536 Japan; 2Osaka Prefecture University, College ofEngineering, Sakai, Osaka 593 Japan

8:40 PM INVITED PAPERTHE MICROTWINNING OF MARTENSITE VARIANTS AND LIN-EAR SUPERELASTICITY IN A COLD DRAWN TiNi ALLOY:Lianc heng Zhao 1; 1Harbin Institute of Technology, China

9:00 PMA MODEL OF SUPERPLASTIC DEFORMATION: O. A. Kaibyshe v 1;V. V. Astanin1; A. I. Pshenichniuk1; 1Russian Academy of Sciences,Institute for Metals Superplasticity Problems, Khalturina 39, Ufa450001 Russia

9:20 PMTHE INFLUENCE OF Al2TiO5 ADDITION INTO Al2O3-ZrO2 BI-NARY CERAMICS ON SUPERPLASTIC DEFORMATION: MuneoOka 1; Hideki Yamada1; 1Tottori University, Department of MechanicalEngineering, Tottori 680 Japan

Composite Materials: Session II

Tuesday AM Room: Honolulu Suite IIJuly 14, 1998 Location: Tapa Towers

Session Chairs: J. J. Moore, ACSEL, Golden, CO, USA;Y. Mishima, Japan

8:30 AM INVITED PAPERTHERMAL FATIGUE IN FIBER REINFORCED METAL MATRIXCOMPOSITES : K. K. Chawla 1; 1University of Alabama at Birming-ham, Birmingham, AL USA

8:50 AM INVITED PAPERCOMBINES MECHANICAL ALLOYING AND CONTROLLEDCOMBUSTION SYNTHESIS IN THE PRODUCTION OF Ti-TiBMMC’S: S. Ozbilen 1; 1Gazi University, Fac. of Tech. Education,Metallurgical Education Dept., Ankara Turkey

9:10 AMFABRICATION OF TiS/TiAl-SiC GRADIENT COATINGS ONGAMME Ti ALUMINIDES AND OXIDATION BEHAVIOR: Shang-kai Gong 1; 1Beijing University of Aeronautics and Astronautics, BeijingChina

9:30 AMSYNTHESIS, MICROSTRUCTURE AND PROPERTIES OF TITA-NIUM ALLOY-BASED PARTICULATE COMPOSITES: MasuoHagiwara 1; 1National Research Institute for Metals, 1-2-1 Sengen,Tsububa, Ibaraki 305 Japan

9:50 AMSINTERING OF PARTICULATE REINFORCED TITANIUM MA-TRIX COMPOSITES: David E. Alman 1; 1Albany Research Center,U.S. Department of Energy, Albany, OR 97321 USA

10:10 AMCOMPARISON OF IN SITU FIBRE AND INTERFACE PROPER-TIES BETWEEN SEALED AND UNSEALED 3-D WOVEN SiC/SiC-BASED COMPOSITE AFTER TENSILE TESTING UP TO 1380°CIN AIR AND VACUUM: I. J. Davies 1; T. Ishikawa1; M. Shibuya1; T.Hirokawa1; J. Gotoh1; 1National Aerospace Laboratory Japan

10:30 AMSTRENGTH AND MICROSTRUCTURE OF Al/Al2O3 COMPOS-ITES FABRICATED BY REACTION BETWEEN SiO2 AND MOL-TEN Al: Noboru Yoshikaw a1; Yoshiyuki Watanabe2; Zully M. Vollza3;Shoji Taniguchi1; Artsushi Kikuchi1; 1Tohoku University, School ofMetallurgy, Division of Engineering, Graduate Schools, Aza-Aoba,Aramaki, Aoba-ku, Sendai, Miyagi 980-77 Japan; 2Down Mining Co.,Ltd.; 3Ingeominas, Diagonal 53, Santafe De Botota, D.C. Columbia

10:50 AMANALYSIS OF RECLAMATION MECHANISM OF DISCON-TINUOUSLY REINFORCED ALUMINUM MATRIX COMPOS-ITES: Zhongliang Shi 1; 1Shanghai Jiao Tong University, China

11:10 AMPREPARATION OF Ti-TiC MICROLAMINATES BY EB-PVD ANDTHEIR MECHANICAL PROPERTIES: Xiaofang Bi 1; 1Beijing Uni-versity of Aeronautics and Astronautics, Beijing, China

TUESDAY AM

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General Abstracts: Session I

Tuesday AM Room: Iolani Suite IJuly 14, 1998 Location: Tapa Towers

Session Chairs: P. Tardy, Hungarian Mining & Metall. Society,Budapest, Hungary; O. S. Es-Said, Loyola Marymount University,Mechanical Engineering Department, Los Angeles, CA 90045, USA

8:30 AM INVITED PAPERSYNTHESIS AND PROPERTIES OF BULK AMORPHOUS AL-LOYS IN FERROUS AND NONFERROUS ALLOY SYSTEMS:Akilusa 1; Tao Zhang1; Aldra Takeuchi1; Akibiro Makino1; 1TohokuUniversity, Institute for Materials Research, Katahira 2-1-1, Aoba-ku,Sendai Japan

8:50 AMVECTORIAL PHOTOINDUCED EFFECTS IN AMORPHOUS (Se,S)-BASED THIN FILM: Hyun-Y ong Lee 1; Soo-Ho Park1; Hong-BayChung1; 1Kwangwoon University, Dept. of Electronic Materials Engi-neering, Seoul 139-701 Korea

9:10 AMCREEP BEHAVIOR OF ALUMINUM THIN FILM AT ELEVATEDTEMPERATURE: Tomotaka Yamashita 1; Goroh Itoh1; Takanori Nitta1;1Nagaoka University of Technology, Kami-Tomioka, Nagaoka, Niigata-pref 940-21 Japan

9:30 AMSPUTTER-DEPOSITED AMORPHOUS Ti-Ni FILMS: A. Gyobu 1;T. Saburi1; H. Horikawa2; 1Niihama National College of Technology,Department of Mechanical Engineering, 7-1 Yakumo-cho, Niihama,Ehime 792 Japan; 2Hurukawa Techno Material Co., Ltd, NT-AlloyProduction and Development Section, Special Metals Division, 518Higashi-yahata, Hiratsuka, Kanagawa 254 Japan

9:50 AM INVITED PAPERADVANCES IN MATERIALS SCIENCE IN CENTRAL EUROPEFROM THE 18TH CENTURY ON : P. Tardy 1; S. W. Lee1; 1HungarianMining and Metallurgical Society, Budapest Hungary

10:10 AMTHE EFFECT OF ELECTRON EMISSION ON THE ROUGHNESSOF SILICON FILMS IN HF-CVD: W. S. Cheong 1; N. M. Hwang1; D.Y. Yoon1; 1KAIST

10:30 AMGUINIER-PRESTON ZONES IN SPUTTER-DEPOSITED Ti-NiTHIN FILMS: Y. Nakata 1; T. Tadaki2; H. Sakamoto3; A. Tanaka4; K.Shimizu5; 1The Institute of Scientific Research, 8-1 Mihoga-oka, Ibaraki,Osaka 567 Japan; 2Osaka Women’s University, Dept. Natural Science,Sakai, Osaka 590 Japan; 3Teikyo University, School of Science & Eng.,Utsunomiya, Tochigi 320 Japan; 4Showa Electric Wire & Cable Co.,Ltd., 2-1-1 Odasakae, Kawasaki-ku, Kawasaki, Kanagawa 210 Japan;5Kanazawa Institute of Technology, 7-1 Ohgigaoka, Nonoichi, KanaUniversity of Science and Technology, Beijing Chinazawa-South,Ishikawa 921 Japan

10:50 AMRECRYSTALLIZATION TEXTURES OF SILVER ELECTRODE-POSITS: Hyo-Seung Nam 1; Don Nyung Lee1; 1Seoul National Univer-sity, Division of Materials Science and Engineering, Seoul 151-742Korea

Intermetallics: Session II

Tuesday AM Room: Tapa Ballroom IIIJuly 14, 1998 Location: Tapa Towers

Session Chairs: J. J. Lee, Inha University, Seoul, Korea; YukichiUmakoshi, Osaka University, Department of Materials Science andEngineering, Faculty of Engineering, 2-1 Yamad-oka, Suita, Osaka565 Japan

8:30 AM INVITED PAPERCURRENT TOPICS IN THE RESEARCH AND DEVELOPMENTOF TiAl-BASE ALLOYS AND HIGH TEMPERATURE SILICIDES:Masahar a Yama guc hi1; 1Kyoto University, Department of MaterialsSciences and Engineering, Kyoto Japan

8:50 AMMECHANICAL BEHAVIOR OF Fe3Al BASED INTERMETALLICALLOYS AT HIGH TEMPERATURES: Paulo Iris F erreira1; ItamarFerreira2; Antonio Augusto Couto1; 1Instituto de Pesquisas Energéticase Nucleares, R. Henrique Botticini, 21, Sao Paulos-SP 05587-020 Bra-zil; 2Engenharia Mecanica-UNICAMP, Departamento de Materiais,Campinas, SP Brazil

9:10 AM INVITED PAPERCREEP DEFORMATION CHARACTERISTICS OF THE LAMEL-LAR TiAl ALLOYS RELATED WIT MICROSTRUCTURE: S. W.Nam 1; H. S. Cho1; 1Korea Advanced Institute of Science and Technol-ogy

9:30 AMHIGH TEMPERATURE CREEP DEFORMATION OF UNIDIRECT-IONALLY SOLIDIFIED Ti-48 At% Al ALLOY: Si Y. Chang 1; 1To-kyo Institute of Technology

9:50 AMPROCESSING AND MECHANICAL PROPERTIES OF DIRECT-IONALLY SOLIFIED TiAl-Mo ALLOYS: K. Chihar a1; David R.Johnson1; H. Inui1; M. Yamaguchi1; 1Kyoto University, Department ofMaterials Science and Engineering, Kyoto 606-01 Japan

10:10 AMHIGH TEMPERATURE STRENGTHENING MECHANISM OF TiAlAND Nb, Al BASE INTERMETALLICS: K. Hashimoto 1; 1NipponSteel Corp

10:30 AMEFFECTS OF Al5Ti3 PRECIPITATES ON THE FLOW STRESSREVERSIBILITY IN SINGLE CRYSTAL OF TiAl (Ti-56 at% Al):K. Chikugo 1; 1Kyoto University

10:50 AMEFFECTS OF TERNARY ALLOYING ELEMENTS ON PLASTICDEFORMATION OF MoSi2 SINGLE CRYSTALS: K. Ishikaw a1; H.Inui1; M. Yamaguchi1; 1Kyoto University, Department of Mater. Sci.Eng., Kyoto 606-01 Japan

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Magnetic Materials: Session II

Tuesday AM Room: Honolulu Suite IJuly 14, 1998 Location: Tapa Towers

Session Chairs: J. A. Horton, Oak Ridge National Lab., Metals andCeramics Division Bldg., Oak Ridge, TN 37831-6115, USA;H. Fujimori, Tohoku University, Japan

8:30 AM INVITED PAPERELECTRON MICROSCOPIC STUDY ON MICROSTRUCTUREOF MAGNETIC MULTILAYERS RELATED TO THE SPIN-DEPEN-DENT SCATTERING: Z. Zhang 1; 1Chinese Academy of Sciences,China

8:50 AMANISOTROPIC MAGNETIC PROPERTIES OF NANOCRYSTAL-LINE BULK Fe66 Co20 Nd2 Pr7 B5 MAGNETS PRODUCED BY CRYS-TALLIZING UNDER UNIAXIAL PRESSURE: A. K ojima 1; 1AlpsElectric Co., Ltd.

9:10 AMSOLIDIFICATION MODELING IN RAPIDLY SOLIDIFIED RAREEARTH PERMANENT MAGNETS: J. E. Shield 1; M. J. Kramer2; C. P.Li2; R. W. McCallum2; D. J. Branagan3; 1University of Utah, Depart-ment of Materials Science and Engineering, Salt Lake City, UT 84112USA; 2Ames Laboratory, USDOE; 3Idaho National Engineering andEnvironmental Laboratory, Idaho Falls, ID

9:30 AMELECTROMAGNETIC WAVE ADSORPTION PROPERTIES ANDMICROSTRUCTURE OF BaFe12-x(TiMn)xO19: Katsumi Okayama 1;Hiroyasu Okayama2; Toshio Kagotani1; Hajime Nakamura1; SatoshiSugimoto1; Yoshiuyuki Yoshida1; Motofumi Homma1; 1Tohoku Uni-versity, Department of Materials Science, Graduate School of Engi-neering, Sendai 980-77 Japan; 2Electromagnetic Compatibility ResearchLaboratories Co.,Ltd., Sendai 980-77 Japan

9:50 AMSYNTHESIS AND MAGNETIC PROPERTIES OF FERROX-PLANNA TYPE Co2-Y FERRITE (Ba1-xSrx)2Co2Fe12O22(x=0.0-1.0):Toshio Ka gotani 1; Takaaki Suzuki1; Hajime Nakamura1; David Book1;Satoshi Sugimoto1; Masuo Okada1; Motofumi Homma1; 1Tohoku Uni-versity, Department of Materials Science, Graduate School of Engi-neering, Sendai 980-77 Japan

10:10 AMMICROSTRUCTURE AND PROPERTIES OF Co-C FILMS PRE-PARED BY A DUAL SOURCE DEPOSITION SYSTEM: M. Azumi 1;J. Shi1; Y. Haga1; N. Nittono1; 1Tokyo Institute of Technology, Depart-ment of Metallurgical Engineering, 2-12-1 Oh-okayama, Meguro-ku,Tokyo 153 Japan

10:30 AMFABRICATION AND CHARACTERIZATION OF Al-Co/Al-N-CoMULTILAYER FILMS: A. G . Ro y 1; O. Nittono1; 1Tokyo Institute ofTechnology, Department of Metallurgical Engineering, 2-12-1 Oh-okayama, Meguro-ku, Tokyo 152 Japan

10:50 AMOPTICAL PROPERTIES OF BISMUTH AND GALLIUM SUB-STITUTED THULIUM IRON GARNET FILMS SUITABLE FOROPTICAL DEVICES: P. Mukhopadh yay 1; S. Orpe1; V. Chandravanshi1;1Advanced Centre For Research in Electronics, I.I.T., Powai 40076Bombay

Light Metals: Session II

Tuesday AM Room: Honolulu Suite IIIJuly 14, 1998 Location: Tapa Towers

Session Chairs: F. H. Froes, University of Idaho, Institute forMaterials and Advanced Processes, Moscow, ID 83844-3026, USA;Dongwha Kum, Korea Institute of Science and Technology, Divisionof Metals, P.O. Box 131, Cheongryang, Seoul 130-650 Korea

8:30 AMMAGNESIUM SCIENCE, TECHNOLOGY AND APPLICATIONS- PART 1: Eliezer 1; 1University of the Nagev, P.O. Box 653, BeerSheva 84105 Israel

8:50 AMMAGNESIUM SCIENCE, TECHNOLOGY AND APPLICATIONS- PART 2

9:10 AMON THE MORPHOLOGY AND CHARACTERISTICS OF Mn-BEARING DISPERSOIDS IN AlMgSi ALLOYS: I. G. Moon 1; A.D. Shan2; J. E. Yoo3; H. S. Kim1; J. Y. Chang1; H. S. Ko1; J. W. Park1;1Korea Institute of Science and Technology, Division of Metals, P.O.Box 131, Cheongryang, Seoul 130-650 Korea; 2Shanghai Jiao TongUniversity, Department of Materials Science China; 3Iljin Corporation,Metals Lab, Dowha, Mapo, Seoul 121-040 Korea

9:30 AMSTRUCTURE-PROPERTY RELATIONSHIPS IN ADVANCED TI-TANIUM ALLOYS : O. Ivashishin1; O. N. Senkov1; F. H. Froes1; P. A.Allen1; 1Academy of Science, Kilev Ukrain

9:50 AMMICROSTRUCTURE AND PROPERTIES OF A NEW SUPER-HIGH STRENGTH Al-Zn-Mg-Cu ALLOY C912: Y. L. Wu1; 1Insti-tute of Aeronautical Materials China

10:10 AMEFFECT OF HIP ON THE MICROSTRUCTURE AND MECHANI-CAL PROPERTIES OF THE CAST A-356 ALUMINUM: CharlesS.C. Lei 1; William E. Frazier1; E. W. Lee1; 1NAWCAD, Patuxent River,MD USA

10:30 AMMODELLING AS A BASIS FOR MICROSTRUCTURAL DESIGNIN HIGH STRENGTH Al AND Mg ALLOYS: J. F. Nie 1; B. C.Muddle1; 1Monash University, Department of Materials Engineering,Clayton, Victoria 3168 Australia

10:50 AMTHE EFFECT OF 45ϒϒϒϒϒ ROLLING MODE ON THE MECHANICALPROPERTIES OF ANISOTROPIC METALS: O. S. Es-Said 1;1Loyola Marymount University, Mechanical Engineering Department,Los Angeles, CA 90045 USA

11:10 AMMICROSTRUCTURE AND CREEP BEHAVIOR OF Al-Cu-MgAND Al-Cu-Mg ALLOYS: Ning Wang 1; Edgar A. Starke1; 1Univer-sity of Virginia, Materials Science and Engineering, Thornton HallB210, Charlottesville, VA 22903 USA

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11:10 AMCARBONATION OF Re2Fe17 (RE-RARE EARTH) COMPOUNDSBY ARC MELTING TECHNIQUE: M. Venkatesan 1; U. V. Varadaraju1;K. V.S. Rama Rao1; 1Indian Institute of Technology, Magnetism andMagnetic Materials Laboratory, Department of Physics, Madras 600036 India

Phase Transformations and Their Applica-tions: Session II

Tuesday AM Room: Tapa Ballroom IIJuly 14, 1998 Location: Tapa Towers

Session Chairs: B. B. Rath, Naval Research Laboratory, Washing-ton, DC 20375-5340,USA; Tetsuo Mohri, Hokkaido University,Division of Materials Science and Engineering, Kita-ku, Sapporo060-0813 Japan

8:30 AM INVITED PAPERCOMPUTATIONAL INVESTIGATIONS ON THE MICROSTRUC-TURE FORMATION IN METALLIC MATERIALS BASED UPONTHE PHASE FIELD METHOD: Toru Miyazaki 1; 1Nagoya Institute ofTechnology, Department of Materials, Nagoya 466 Japan

8:50 AM INVITED PAPERTHERMODYNAMIC AND KINETICS ASPECTS OF THE SYN-THESIS OF TITANIUM NITRIDE AND CARBONITRIDES FROMTiO2 AND CARBON IN NITROGEN ATMOSPHERES: AnimeshJha 1; S. J. Yoon2; 1University of Leeds, Clarendon Road, Leeds LS2 9JTUK; 2Miryang University, Department of Materials Science, MiryangS. Korea

9:10 AMDIFFUSE PHASE TRANSITION IN Pb(Fe0.5Nb0.5)O3 FERROELEC-TRIC CERAMICS: Katsur o Oda 1; 1University of Tokyo, Institute ofIndustrial Science, 7-3-1 Roppongi Minato-ku, Tokyo 106 Japan

9:30 AMEFFECTIVE PAIR INTERACTION ENERGIES IN FCC RANDOMALLOYS BY DIRECT CONFIGURATIONAL AVERAGING ANDPHASE DIAGRAMS OF BINARY ALLOYS: T. Hoslino 1; M. Asato1;K. Masuda-Jindo2; 1Shizuoka University, Department of Material Sci-ence and Engineering, Hamamatsu 432 Japan; 2Tokyo Institute of Tech-nology, Department of Material Science and Engineering, Yokohama227 Japan

Department of Metallurgical Engineering, 2-12-1 Ookayama, Meguro-ku, Tokyo 152 Japan

10:50 AMPREPARATION OF Sb-DOPED SnO2 ULTRAFINE PARTICLESFROM Sol-Gel METHOD: Yi Hu 1; S. -H.-T. Hou1; 1Tatung Instituteof Technology, Department of Materials Engineering, Taipei, TaiwanROC

11:10 AMHIGH-ENERGY ELECTRON IRRADIATION INDUCED PHASETRANSFORMATION IN Fe-Ni BINARY AND TERNARY ALLOYS:Yoshinori Mur ata 1; Masahiko Morinaga1; Kyohei Takami1; HirotaroMori2; 1Nagoya University, Dept. of Materials Science and Engineer-ing, Graduate School of Engineering, Furo-cho, Chikusa-ku, Nagoya464-01 Japan; 2Osaka University, Research Centre for Ultra-High Volt-age Electron Microscopy, Yamadaoka, Suita, Osaka 565 Japan

Rapid Prototyping: Session II

Tuesday AM Room: Iolani Suite VIJuly 14, 1998 Location: Tapa Towers

Session Chairs: L. Smith, University of West of England, ColdHarbour Lane, Bristol 1QY UK; F. Prinz, Stanford University, USA

8:30 AM INVITED PAPERSOLID FREEFORM FABRICATION (SFF) OF ADVANCED FUNC-TIONAL CERAMIC COMPONENTS: Stephen C. Danforth 1; AhmadSafari1; 1Rutgers University, Department of Ceramic & Materials Sci-ence & Engineering, Piscataway, NJ 08855-0909 USA

8:50 AM INVITED PAPERNEW PROCESS AND MATERIALS DEVELOPMENTS IN 3-DI-MENSIONAL PRINTING: M. Cima ; J. Moon; J. Grace

9:10 AMFAST FREEFORM FABRICATION OF METAL PARTS USINGPLANAR LAYER DEPOSITION TECHNIQUE: Amper e A. Tseng 1;1Arizona State University, Manufacturing Institute, P.O. Box 875106,Tempe, AZ 85287-5106 USA

9:30 AMMETAL PART PROCESSING BY SLS/HIP: Joseph Wright 1; RonaldKnight1; 1Lockheed Martin Vought Systems

9:50 AMLAYERED MANUFACTURING OF REINFORCED COMPOSITES:G. Zak 1; M. N. Sela1; C. B. Pack1; B. Benhabib1; 1University of Toronto,Department of Mechanical and Industrial Engineering, 5 King’s Col-lege Road, Toronto, Ontario M58 3G8 Canada

10:10 AMTHE METAL PRINTING PROCESS - SOLID FREEFORM FABRI-CATION OF OBJECTS IN METAL AND CERAMICS: Nils AkselRuud 1; 1SINTEF, Technology Management, Rich. Birkelandsv. 2B,Trondheim N-7034 Norway

10:30 AMDIRECT FABRICATION OF CERAMICS AND COMPOSITESFROM SLURRIES: ROBOCASTING TECHNOLOGY: JosephCesarano 1; Bruce H. King1; Paul Calvert2; 1Sandia National Laborato-ries, Albuquerque, NM USA; 2University of Arizona, Tucson, AZ

10:50 AMMATERIALS AND PROPERTIES OF COMPONENTS FORMEDUSING THE 3DWIRE PROCESS: Michelle Griffith 1; L. D. Harwell1;D. L. Greene1; J. A. Romero1; T. Buchheit1; T. Crenshaw1; V. Tikare1;

9:50 AMGROWTH BEHAVIOR OF Ti3Al DIFFUSION COUPLES: K.Fujiwara1; Z. Horita1; M. Nemoto1; 1Kyushu University, Dept. Materi-als Science and Engineering, Fukuoka 812-81 Japan

10:10 AMDIFFUSION OF CONSTITUENT ELEMENTS IN Ni3Ge STUDIEDBY TRACER AND INTERDIFFUSION EXPERIMENTS: H.Nakajima 1; T. Ikeda2; K. Nanaka3; W. Sprengel1; H. Numakura2; W.Sprengel2; 1Osaka University, The Institute of Scientific and IndustrialResearch, Ibaraki, Osaka 567 Japan; 2Kyoto University, Department ofMaterials Science and Engineering, Kyoto, Japan 606; 3Iwate Univer-sity, Department of Materials Science and Technology, Morioka 020Japan

10:30 AMFORMATION OF THE EXTRAORDINARY LAMELLAR STRUC-TURE DUE TO THE DECOMPOSITION OF HIGH-TEMPERA-TURE ααααα PHASE IN ϕϕϕϕϕ-TiAl BASED ALLOYS : M. Take yama 1; Y.Ohmura1; H. Horikoshi1; T. Matsuo1; 1Tokyo Institute of Technology,

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1Sandia National Laboratories, P.O. Box 5800, MS 0958, Albuquerque,NM 87185 USA

11:10 AMDEVELOPMENT OF MULTI-MATERIAL VIRTUAL LM SIMULA-TION: Dan Qiu1; Noshir Langrana1; Stephen Danforth2; Ahmad Sa-fari2; Mohson Jafari3; 1Rutgers-The State University of NJ, Mech.&Aero Engineering Dept., Piscataway, NJ 08854-8058 USA; 2Rutgers- Ceramic & Materials Engineering; 3Rutgers - Industrial Engineering

11:30 AMADVANCE IN BOTH RAPID PROTOTYPING & RAPID TOOL-ING TECHNIQUES: Luca Iuliano 1; L. Settineri1; A. Gatto2;1Politecnico di Torino, Dept. of Production System & Economics,Corso Duca degli Abruzzi 24, Torino 10129 Italy; 2Universita di Ancona,Ancona Italy

Spray Forming: Session II

Tuesday AM Room: Iolani Suite VJuly 14, 1998 Location: Tapa Towers

Session Chairs: Sangho Ahn, Research Institute of IndustrialScience and Technology, Advanced Materials Division, Pohang790-330 Korea; A. Leatham, Osprey Metals Ltd., Dept. of Research,Neath West, Glamorgan SA11 1NJ U.K. Wales, UK

8:30 AM INVITED PAPERNEW ALUMINIUM CYLINDER LINERS FOR COMBUSTIONENGINES MANUFACTURED FROM SPRAY DEPOSITED - PART1: Klaus B . Hummert 1; 1Peak Werkstoff GmbH, P. O. Box 150160,Velbert D-42620 Germany

8:50 AMNEW ALUMINUM CYLINDER LINERS FOR COMBUSTIONENGINES MANUFACTURED FROM SPRAY DEPOSITED - PART2

9:10 AMPROGRESS IN CLEAN METAL SPRAY FORMING: W. T. Carter 1;M. G. Benz1; B. A. Knudsen1; R. J. Zabala1; J. K. Browning1; R. M. ForbesJones2; H. E. Lippard2; R. L. Kennedy2; 1General Electric CorporateResearch & Development, Schenectady, NY 12301 USA; 2Allvac, ADivision of Allegheny Teledyne Industries, Inc., Monroe, NC 28105USA

9:30 AMSPRAYCAST-X FOR AEROSPACE APPLICATIONS: Dr. Tho -mas Tom 1 ; Kim Bowen1; Greg Butzer1; 1Howmet Corporation, 1500South Warner Street, Whitehall, MI 49461 USA

9:50 AMHIGH CHROMIUM ALLOYS FOR SHIPBOARD WASTE IN-CINERATORS: Rich Rebis 1; Leslie Kohler1; Craig Madden1; 1USNavy, Naval Surface Warfare Center Carderock Division, Bethesda,MD 20817-5700 USA

10:10 AMTHE SPRAY FORMING AND EVALUATION OF LARGE DIAM-ETER BILLETS IN SPECIAL STEELS AND SUPERALLOYS: LeeH. Shaw 1; Graham Oakes1; 1Special Melted Products Limited, SheffieldUnited Kingdom

10:30 AMTRIBOLOGICAL BEHAVIOUR OF BORIDED COATINGS PRO-DUCED BY VPS TECHNIQUE ON CARBON STEELS COMPO-NENTS: Giorgio Pradelli 1; Emanuele Galvanetto1; Francesca Borgioli1;Tiberio Bacci1; Baldo Tesi2; 1Universita di Firenze, Dipartimento diMeccanica e tecnologie Industriali, Via di S. Marta 3, Firenze 50139Italy; 2Universita di Trento, Trento Italy

Superplasticity and Superplastic Forming:Session II

Tuesday AM Room: Iolani Suite IIIJuly 14, 1998 Location: Tapa Towers

Session Chairs: O. A. Kaibyshev, Institute for Metals Superplasticity,Problems of the Russian Academy of Sciences, Khalturina 450001,Russia; Yuichi Ikuhara, University of Tokyo, Department of MaterialsScience, Faculty of Engineering, 7-3-1 Hongo, Bunkyo-ku, Tokyo113 Japan

8:30 AM INVITED PAPERSUPERPLASTICITY IN NANOMETALS, NANOINTERMETAL-LICS AND NANOCERAMICS SOME RESULTS AND OBSER-VATIONS - PART 1: A. K. Mukherjee 1; R. S. Mishra1; 1University ofCalifornia, Department of Chemical Engineering & Matls. Science,Davis, CA 95616 USA

8:50 AMSUPERPLASTICITY IN NANOMETALS, NANOINTERMETAL-LICS AND NANOCERAMICS SOME RESULTS AND OBSER-VATIONS - PART 2

9:10 AM INVITED PAPERTHERMOMECHANICAL PROCESSING OF A 6XXX ALUMINUMALLOY FOR GRAIN-SIZE CONTROL AND SUPERPLASTIC-ITY: L. P. Troe ger 1; R. Crooks2; E. A. Starke1; 1University of Virginia,Department of Materials Science and Engineering, School of Engineer-ing and Applied Science, Charlottesville, VA USA; 2Analytical Servicesand Material, Inc., Hampton, VA, USA

9:30 AMGRAIN SIZE CONTROL AND SUPERPLASTICITY IN Mg AL-LOYS: Mamoru Ma buc hi1; Takeshi Mohri2; Naobumi Saito1; MamoruNakamura1; Hajime Iwasaki3; Kenji Higashi4; 1National Industrial Re-search Institute of Nagoya, Hirate-cho, Kita-ku, Nagoya 462 Japan;2Nagoya Municipal Industrial Research Institute, Rokuban, Atsuta-ku,Nagoya 456 Japan; 3Himeji Institute of Technology, College of Engi-neering, Departments of Materials Science and Engineering, Shosha,Himeji, Hyogo 671-22 Japan; 4Osaka Prefecture University, College ofEngineering, Department of Metallurgy and Materials Science, Gakuen-cho, Sakai, Osaka 593 Japan

9:50 AMSUPERPLASTIC DEFORMATION OF Al-Cu RIBBONS PRO-DUCED BY MELT SPUN METHOD: Yukic hi Umakoshi 1; WataruFujitani1; 1Osaka University, Department of Materials Science andEngineering, Faculty of Engineering, 2-1 Yamada-oka, Suita, Osaka565 Japan

10:10 AMTHE EFFECT OF YTTRIA CONTENT ON THE SUPERPLASTIC-ITY OF YSZ IN THE c-t PHASE FIELD: K. Sasaki 1; T. Kondoh1; Y.Ikuhara1; T. Sakuma1; 1University of Tokyo, Department of MaterialsScience, Faculty of Engineering, 7-3-1 Hongo, Bunkyo-ku, Tokyo 113Japan

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10:30 AMEVALUATION OF GRAIN SIZE EFFECT ON SUPERPLASTICITYOF A Pb-Sn EUTECTIC ALLOY BASED ON THE INTERNALVARIABLE THEORY OF STRUCTURAL SUPERPLASTICITY: TaeKwon Ha 1; Kwang Sup Shin1; Young Won Chang1; 1Pohang Universityof Science and Technology, Center for Advanced Aerospace Materials(CAAM), Pohang, Kyungbuk 790-784 Korea

10:50 AMUNIFORM POST-FORMED THICKNESS FROM MATHEMATI-CALLY MODELLED PROFILED BLANK: Abhijit Dutta 1; 1DefenceMetallurgical Research Laboratory, Hyderabad 500 058 India

11:10 AMSUPERPLASTICITY OF METASTABLE AUSTENITIC STAINLESSSTEELS WITH ULTRA FINE GRAINS: T. Suzaki 1; S. Takaki2; 1NisshinSteel Co. Ltd., Steel & Technology Development Laboratories, 11-1Showa-cho, Kure 737 Japan; 2Kyushu University, Department of Mate-rials Science and Engineering, Fukuoka 812-12 Japan

Advanced Ferrous Alloys: Session I

Tuesday PM Room: Iolani Suite VIJuly 14, 1998 Location: Tapa Towers

Session Chairs: P. Holsberg, Naval Surface Warfare Center,Darderock Division, West Bethesda, MD 20817-5700, USA;Xishan Xie, Chinese Society for Metals, China

2:00 PMTiB2 PARTICLE REINFORCED HIGH MODULUS STEEL: KoujiTanaka 1; Tadashi Oshima1; Takashi Salto1; 1Toyota Central Research &Development Laboratories, Inc., 41-1 Yokomichi, Nagakute, Aichi480-11 Japan

2:20 PM INVITED PAPERMETADYNAMIC RECRYSTALLIZATION OF 304 STAINLESSSTEEL: Sang-Hyun Cho 1; Yu-Seung Kim1; Yeon-Chul Yoo1; 1InhaUniversity, Department of Metallurgical Engineering, #253 Yonghyun-Dong, Nam-Ku, Inchon 402-751 Korea

2:40 PMMICROSTRUCTURAL ANALYSIS OF VANADIUM BEARINGHIGH MANGANESE PRECIPITATION HARDENING STAINLESSSTEEL: Y. Haruna 1; A. Yamamoto2; H. Tsubakino2; 1Sanyo SpecialSteel Co., Ltd., Technological Research Laboratory, Himeji 672 Japan;2Himeji Institute of Technology, Department of Materials Science andEngineering, Faculty of Engineering, Himeji 671-22 Japan

3:00 PMHIGH TEMPERATURE MECHANICAL PROPERTIES OF CON-TINUOUSLY CAST AUSTENITIC STAINLESS STEELS: Sun K ooKim 1; Ji Joon Kim1; Jong Wan Kim1; Yong Deuk Lee1; T. Umeda2;1POSCO, Technical Research Lab, Kyongbuk Korea; 2Tokyo Univer-sity, Dept. of Metallurgy Graduate School of Engineering, Tokyo Japan

3:20 PMDEFORMATION INDUCED MARTENSITIC TRANSFORMATIONOF 304 STAINLESS STEEL: Hong-Chul Shin 1; Tae-Kwon Ha1; Young-Won Chang1; 1Pohang University of Science and Technology, Centerfor Advanced Aerospace Materials (CAAM), Pohang 790-784 Korea

3:40 PM INVITED PAPERINFLUENCE OF HEAT TREATMENT ON THE MICROSTRUC-TURE OF A C-Cr-Mo STAINLESS STEEL: M. Mujahid 1; M. I.Qureshi1; M. Ali1; 1GIK Institute of Engineering Sciences & Technol-ogy, FMME, Topi NWFP-23460 Pakistan

4:00 PMSTRUCTURE AND MECHANICAL PROPERTIES OF A ULTRALOW CARBON/Ti-ADDED STEELS: R. Mendoza 1; g. Lugo1; J. A.Juarez-Islas2; 1Ispat Mexicana S.A. de C.V., Fco Mújica 1B, Cd. LázaroCárdenas, Michoacán México; 2Ciudad Universitaria, Departamento deMateriales Metálicos y Cerámicos, Instituto de Investigación enMateriales, Circuito Exterior, México, D.F. 04510 México

4:20 PMINTERACTION BETWEEN MELTS AND REFRACTORY IN PRO-CESS OF SMELTING REDUCTION WITH IRON BATH: QingcaiLiu1; 1ChongQing University, China

Composite Materials: Session III

Tuesday PM Room: Honolulu Suite IIJuly 14, 1998 Location: Tapa Towers

Session Chairs: S. Carlos Sanday, Naval Research Lab, Code6300, Washington, DC 20375-5343, USA;Jing Zhu, Tsinghna University, China

2:00 PM INVITED PAPERLAMINATED METAL COMPOSITES - FRACTURE AND BALLIS-TIC IMPACT BEHAVIOR: D. R. Lesuer 1; C. K. Syn1; O. D. Sherby2;J. Wadsworth1; 1Lawrence Livermore National Laboratory, Livermore,CA 94551 USA; 2Stanford University, Stanford, CA 94305

2:20 PMIN-SITU OBSERVATION OF CYCLIC FATIGUE CRACKGROWTH OF SiC/SiC COMPOSITE : S. J . Zhu 1; M. Mizuno2; Y.Mutoh1; Y. Kagawa3; 1Nagaoka University of Technology, NagoyaJapan; 2Japan Fine Ceramics Center, Atsuta-ku, Nagoya 456 Japan;3University of Tokyo Japan

2:40 PMHIGH TEMPERATURE INTERFACE SLIDING AND DEFORMA-TION BEHAVIOR OF Cu-Mo ARTIFICIAL LAMELLAR COM-POSITES: F. Yoshida 1; H. Nakashima1; 1Kyushu University, Depart-ment of Materials Science and Technology, Graduate School of Engi-neering Sciences, Kasuga-shi, Fukuoka Japan

3:00 PMWEAR OF TiC REINFORCED STEEL MATRIX COMPOSITESPRODUCED USING A P/M METHOD: O. N. Dogan 1; J. A. Hawk1;R. D. Wilson1; 1U.S. Department of Energy, Albany Research Center,Albany, OR 97321 USA

3:20 PMFRACTURE BEHAVIOR OF POLYMER-HYSROXYAPATITECOMPOSITES: P. Cheang 1; K. A. Khor2; 1Nanyang TechnologicalUniversity, School of Applied Science, Nanyang Avenue 639798Singapore; 2Nanyang Technological University, School of Mechanical& Production Engineering, Nanyang Avenue, Singapore 639798Singapore

3:40 PMTHE MECHANICAL PERFORMANCE OF METAL-MATRIXCOMPOSITE JOINTS: D. D. Brink 1; C. G. Levi1; F. A. Leckle1;1University of California, Materials Department, Santa Barbara, CA93106-5050 USA

TUESDAY PM

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4:00 PMPARTICLE REINFORCED NiAl-BASED COMPOSITES FABRI-CATED BY XD REACTION COMPCAST: Rongming Wang 1;1Instutute of Aeronautical Materials, China

4:20 PMAl2O2AlB12 COMPOSITES SYNTHESIZED BY SHS: Yin Sheng 1;1University of Science and Technology, Beijing, China

4:40 PMCARBOTHERMIC REDUCTION OF ILMENITE AND TANTALITEIN IRON TO PRODUCE METAL MATRIX COMPOSITES: O. S.Chinyamakobru ; N. T. Mudzarapabowe

General Abstracts: Session II

Tuesday PM Room: Iolani Suite IJuly 14, 1998 Location: Tapa Towers

Session Chairs: C. M. Gilmore, George Washington University,Institute for Materials Science, Washington, DC 20052, USA;Akihisa Inoue, Tohoku University, Institute for Materials Research,Sendai 980-77 Japan

2:00 PMA STUDY ON THE LOW TEMPERATURE CRYSTALLIZATIONOF a-Si FILMS IN CONTACT WITH Al or Pd PREPARED BYSPUTTERING METHOD: Hae-Y eol Kim 1; Yoon-Joon Yong1; Jai-Young Lee1; 1Korea Advanced Institute of Science and Technology,Department of Materials Science and Engineering, 373-1 Kusong Dong,Yusong Gu, Taejon 305-701 South Korea

2:20 PMHYDROGEN INDUCED CRACKING IN AMORPHOUS AL-LOYS: N. Eliaz 1; 1University of Nagev, Dept. of Materials Eng.,P.O.B. 653, Beer Sheva 84105 Israel

2:40 PMFRACTAL DIFFUSION SIMULATION ON CATALYTIC SUR-FACES: M. Zamani Mehr 1; M. Majidi1; 1Islamic Azad University ofKaraj, Plasma Physics Research Center of I.A.U. Tehran, #116 Mehrville,Bozorgmehr, Karaj 31376 Iran

3:00 PM INVITED PAPERPRODUCTION OF ALUMINA FROM EGYPTIAN KAOLINITE:A. M. Abdel-Rehim 1; 1Alexandria University, 69 Sultan Hussein Str.,Shallalat, Alexandria Egypt

3:20 PM INVITED PAPERHIGH TEMPERATURE CREEP DEFORMATION: A GENERICANALYSIS: S. S. Bhattac harya 1; K. A. Padmanabhan1; 1Indian Insti-tute of Technology, Department of Metallurgical Engineering, Materi-als Testing Facility, Metal Forming Laboratory, Madras, Chennai 600036 India

3:40 PMELECTRON-BEAM SKULL MELTING AND CASTING OF Ti- ANDNi-BASED ALLOYS: S. Ladokhin 1; 1Physico-Technological Insti-tute of Metals and Alloys, 34/1 Vernadsky Ave., Kiev -142 252680Ukraine

4:00 PMPERFORMANCE TEST OF CHEMICAL HEAT PUMP WITH MHMATERIALS FOR IS HYDROGEN PRODUCTION CHEMICALPROCESS IN HIGH TEMPERATURE GAS COOLED REACTORSYSTEM: S. Ishiyama 1; 1Japan Atomic Energy Research Institute,Jaeri

4:20 PMEVALUATION OF THE FATIGUE BEHAVIOR OF SQUEEZE CASTA380.0 ALLOY: Jerald R. Br e vic k 1; Herb G. Brucher1; Patrick S.Cheng1; 1Ohio State University, Department of Industrial, Welding andSystems Department Engineering, 210 Baker Systems, 1971 Neil Av-enue, Columbus, OH 43210-1271 USA

Intermetallics: Session III

Tuesday PM Room: Tapa Ballroom IIIJuly 14, 1998 Location: Tapa Towers

Session Chairs: Zengyong Zhong, China; S. W. Nam, KoreaAdvanced Institute of Science and Technology, Korea

2:00 PM INVITED PAPERPHASE STRUCTURE OF RAPIDLY SOLIDIFIED Al-RICH Ni-AlPRECURSOR ALLOYS FOR CATALYSIS: Ningfu Shen 1;1Zhengzhou University of Technology

2:20 PMPHASE EQUILIBRIA AND PHASE STABILITY AMONG βββββ, ααααα, ααααα2

and γγγγγ PHASES IN Ti-Al-M TERNARY SYSTEMS AT ELEVATEDTEMPERATURES : S. K obayashi 1; M. Takeyama1; T. Matsuo1; M.Kikuchi1; 1Tokyo Institute of Technology, Department of Metallurgi-cal Engineering, 2-12-1 Ookayama, Meguro-ku, Tokyo 152 Japan

2:40 PMREACTIVE SINTERING OF NiAl AND SIMULTANEOUS JOIN-ING TO STEEL: Kiyotaka Matsuura 1; Ken-ichi Ohsasa1; NoritoshiSueoka1; Masayuki Kudoh1; 1Hokkaido University, Division of Materi-als Science and Engineering, Kita-ku, Sapporo, Hokkaido 060 Japan

3:00 PMCHARACTERIZATION OF FeAl INTERMETALLIC COMPOUNDIN THE PROCESS OF MECHANICAL ALLOYING: MitsuyaHashii 1; Yuzo Hosoi2; 1Nagoya Municipal Industrial Research Institute,3-4-31 Rokuban, Atsuta-ku, Nagoya 456 Japan; 2Daido Institute ofTechnology, Department of Mechanical Engineering, 2-21 Daido-cho,Minami-ku, Nagoya Japan

3:20 PMTHERMAL CONDUCTIVITY IN INTERMETALLIC COM-POUNDS: Yoshihir o Ter ada 1; Mohri Tetsuo1; Tomoo Suzuki2;1Hokkaido University, Division of Materials Science and Engineering,Kita-ku, Sapporo 060-0813 Japan; 2Kochi University of Technology,Tosayamada, Kochi 782-0003 Japan

3:40 PMDEFORMATION AND FRACTURE OF Bi-PST CRYSTALS OFTiA: D. Imamur a1; H. Hoshikawa1; K. Kishida1; H. Inui1; M. Yamaguchi1;1Kyotoa University, Department of Materials Science and Engineering,Kyoto 606-01 Japan

4:00 PMTi45 Al55-Nb45 Al55 VERTICAL SECTION OF Ti-Al-Nb SYS-TEM: Xitao Wang 1; Gouliang Chen1; Kequan Ni1; Shiming Hao1; 1Uni-versity of Science and Technology, Beijing, China

4:20 PMA STUDY ON THE CHROMIUM MODIFIED Ni-25Al-27.5Fe IN-TERMETALLICS: Chun-Huei Tsaul 1; Jason Shian-Ching Jang2; Jin-Wei Yeh3; 1Industrial Technology Research Institute, Materials Re-search Laboratories, Taiwan; 2I-So Institute, Department of MaterialsScience and Engineering, Taiwan USA; 3National Tsing Hua University,Department of Materials Science and Engineering, Taiwan

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Magnetic Materials: Session III

Tuesday PM Room: Honolulu Suite IJuly 14, 1998 Location: Tapa Towers

Session Chairs: Nack J. Kim, Korea; O. Nittono, Japan

2:00 PM INVITED PAPERPROPERTIES OF NANO REGIONS AND BOUNDARIES IN FER-ROELECTRICS: A. S. Bhalla 1; 1Penn State, University Park, PA16802 USA

2:20 PM INVITED PAPERMAGNETIC PROPERTIES AND STRUCTURE OF ULTRAFINEAMORPHOUS Fe-Zr-B POWDERS OBTAINED BY CHEMICALREDUCTION: Jingguo Zhang 1; 1Shanghai Iron & Steel ResearchInstitute, Shanghai, China

2:40 PMELECTRICAL & MECHANICAL PROPERTIES OF PEROVSKITEo-d FERROELECTRIC RELAXORS Pb(InNb)O3 AND Pb(ScNb)O3:PbTiO3 SYSTEMS: E. Alberta 1; A. Bhalla1; 1Penn State, UniversityPark, PA 16802 USA

3:00 PMEFFECTS OF HARD-MAGNET BIAS ON CORE LOSS OF MnZnFERRITE: Yutaka Yamamoto 1; Akihiro Makino1; Kinshirou Takadate1;1Japan

3:20 PMEFFECT OF ADDITIONAL ELEMENTS (M=TRANSITION METAL)ON THE THERMAL STABILITY AND SOFT MAGNETIC PROP-ERTIES IN Fe-Co- Ni-Zr-M-B AMORPHOUS ALLOYS WITHWIDE SUPERCOOLED LIQUID RANGE: H. Koshiba 1; 1TohokuUniversity, Sendai Japan

3:40 PMMAGNETIC FIELD INDUCED ANISOTROPHY OF NANOCRY-STALLINE SOFT MAGNETIC Fe-Zr-B “NANOPERM”: TeruoBitoh 1; 1Alps Electric Co., Ltd.

4:00 PMSTRUCTURE AND MAGNETIC PROPERTIES OF Co-Fe-Hf-OSPUTTERED FILMS WITH HIGH ELECTRICAL RESISTIVITY: Y.Sasaki 1; 1Alps Electric Company Co. Ltd.

4:20 PMSTRUCTURAL AND MAGNETIC CHARACTERIZATION OF Fe-N FILMS PREPARED BY A REACTIVE SPUTTERING METHOD:M. Shibata 1; S. Shi1; M. Hashimoto1; 1University of Electro-Communi-cations, Department of Applied Physics and Chemistry, 1-5-1,Chofugaoka, Chofu 182 Japan

4:40 PMEFFECT OF SOLID REDUCING AGENT ON FORMATIVE CON-DITION AND MAGNETIC PROPERTIES OF Fe2-W TYPE HEX-AGONAL FERRITE: H. Takamur a1; K. Unno1; A. Kamegawa1; M.Homma1; M. Okada1; 1Tohoku University, Department of MaterialsScience, Graduate School of Engineering, Aoba, Aramaki, Aoba-ku,Sendai 980-77 Japan

5:00 PMEFFECTS OF SURFACE FEATURES OF AMORPHOUS RIBBONSON THE IN-PLANE MAGNETIC ANISOTROPHY: Hongxia Wang 1;1The National Amorphous Nanocrystalline Alloy Engineering ResearchCenter, China

Light Metals: Session III

Tuesday PM Room: Honolulu Suite IIIJuly 14, 1998 Location: Tapa Towers

Session Chairs: Chenggong Li, BIAM, Beijing, China;S. B. Kang, KIMM, Changwon, Korea

2:00 PM INVITED PAPERADVANCES IN DEFORMATION MECHANISMS OF TITANIUMALLOYS: A. Ramesh 1; S. Ankem1; 1University of Maryland, Depart-ment of Materials and Nuclear, College Park, MD 20742-2115 USA

2:20 PM INVITED PAPERTHERMOMECHANICAL PROCESSING OF Ti-BASED MATE-RIALS: L. Christodoulou 1; R. J. Dashwood1; 1Imperial College, De-partment of Materials, Prince Consort Road, London SW7 2BP UK

2:40 PMRHEOLOGY OF ALUMINIUM ALLOY AlSi7MgO.3Sr IN ITSSEMI-SOLID STATE: F. C. Yee 1; X P Niu1; S. W. Hao1; B. H. Hu1;1Gintic Institute of Manufacturing Technology, 71 Nanyang Drive,Singapore Republic of Singapore

3:00 PMDEFORMATION AND FRACTURE BEHAVIOR OF Al-Mg-SiALLOYS: S. B . Kang 1; L. Zhen2; H. W. Kim1; S. T. Lee3; 1KoreaInstitute of Machinery and Materials, Changwon 641-010 Korea; 2HarbinInstitute of Technology, P.O.Box 433, Harbin 150001 P.R.China; 3Alu-minum of Korea Ltd., Ulsan 680-090 Korea

3:20 PMTB2 TITANIUM ALLOYS FOR SATELLITE AND ROCKET CON-NECTION BELT: Haishen Chen 1; 1General Research Institute of Non-ferrous Metals, Beijing China

3:40 PMCOMBINES MECHANICAL ALLOYING AND COMBUSTIONSYNTHESIS IN THE TiH2-B SYSTEM: S. Ozbilen 1; 1Gazi Univer-sity of Technical Education, Metallurgical Education Dept.,Teknikikullar, Ankara Turkey

4:00 PMCONTROLLED COMBUSTION SYNTHESIS IN THE TiH2-BSYSTEM: S. Ozbilen 1; 1Gazi University, Fax. of Tech. Educ., Metallur-gical Educ. Dept., Ankara Turkey

4:20 PMINTERFACIAL REACTIONS BETWEEN CP-Ti AND ZrO2(5C):Lin Kun-Fung 1; C. C. Lin1; G.Y. Ni2; J. I. Wang2; 1National Chiao TungUniversity, Department of Material Science and Engineering, NationalChiao Tung University, Department of Material Science and Engineer-ing, Hsinchu, Taiwan 300 Republic of China; 2Chung-Shang Institute ofScience and Technology, P.O. Box 90008-8-4, Tao-Yuan, Taiwan Re-public of China

4:40 PMOXIDATION BEHAVIOR AND THERMAL STABILITY OF Ti-44Al-11Nb ALLOY: R. Mahapatr a1; S. K. Varma2; B. A. Pregger1; W.E. Frazier1; 1Naval Air Warfare Center, Aircraft Division (NAWCAD),Patuxent River, MD 20670 USA; 2The University of Texas at El Paso,Department of Metallurgical and Materials Engineering, El Paso, TX79968-0520 USA

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Phase Transformations and Their Applica-tions: Session III

Tuesday PM Room: Tapa Ballroom IIJuly 14, 1998 Location: Tapa Towers

Session Chairs: C. T. Liu, Oak Ridge National Lab., Oak Ridge, TN37831-6115, USA; Masahiko Yamamoto, Osaka University,Department of Materials Science & Engineering, Japan

2:00 PM INVITED PAPERAN APPRAISAL OF SINGLE CRYSTAL CASTING FOR TUR-BINE COMPONENTS: P. Aub urtin 1; S. L. Cockcroft1; A. Mitchell1;W. Tao1; 1University of British Columbia, Dept. of Metals and Materi-als Engineering, Advanced Materials and Processing Laboratory,Vancouver, BC V6T 1Z4 Canada

2:20 PMORDERING PROCESSES IN AN Al-Li-Cu-Mg-Zr ALLOY: Y.Ohmori 1; S. Ito1; K. Nakai1; 1Ehime University, Department of Mate-rials Science & Engineering, 3 Bunkyo-cho, Matsuyama 790 Japan

2:40 PMLINEAR AND STE-DISCLINATIONS CONSISTING OF MUL-TIPLE TWIN BOUNDARIES IN THE L11-TYPE CuPt ORDEREDALLOY: Y. Kitano 1; K. Kitasaka2; 1Shimane University, Matsue 690-0031 Japan; 2Betsukawa Corporation, Matto Yatsukaho 1-5, Ishikawa924 Japan

3:00 PMMODIFICATION OF ELECTRONIC STRUCTURE DUE TO LO-CAL ATOMIC DISPLACEMENTS AROUND CARBON INTER-STIAL IN AUSTENITE: Hiroshi Yukaw a1; Masahiro Mori1; MasahikoMorinaga1; 1Nagoya University, Department of Materials Science andEngineering, Furo-cho, Chikusa-ku, Nagoya 464-01 Japan

3:20 PMREAL TIME CHARACTERIZATION OF SOLID/LIQUID INTER-FACES DURING DIRECTIONAL SOLIDIFICATION: S. Sen 1; W.K. Kaukler2; P. A. Curreri3; P. Peters3; 1USRA/NASA Marshall SpaceFlight Center, Huntsville, AL 35812 USA; 2University of Alabama,CMMR, Huntsville, AL 35899 USA; 3NASA Marshall Space FlightCenter, Huntsville, AL 35812 USA

3:40 PMPHASE TRANSFORMATION BEHAVIOR AND REDUCING GASSENSING CHARACTERISTICS OF Fe-O THIN FILM PRO-CESSED BY PLASMA-ENHANCED CHEMICAL VAPOR DEPO-SITION: Bum-Jin Kim 1; Eun-Tae Lee1; Gun-Eik Jang1; 1ChungbukNational University, Department of Materials Engineering, Cheongju,Chungbuk 360-763 Korea

4:00 PMSHAPE CASTING SIMULATION: COUPLING MICROSTRUC-TURAL MODELS INTO MACROMODELS FOR THE PREDIC-TION OF PROPERTIES: A. Giac hino 1; P. D. Lee1; L. Christodoulou1;S. Nishido2; 1Imperial College, Department of Materials, Prince Con-sort Road, London SW7 2BP UK; 2Aisin Takaoka Co. Ltd., 1 Tennoh,Takaokashin-machi, Toyota, Aichi Japan

4:20 PMCRYSTALLINE-AMORPHOUS TRANSFORMATION IN C15LAVES PHASE TbFe2 BY HYDROGEN ABSORPTION: K. Mori1;K. Aoki 2; T. Masumoto3; 1Mitsubishi Materials Corporation, Omiya,Saitama 330 Japan; 2Kitami Institute of Technology, Kitami, Hokkaido

090 Japan; 3Tohoku University, Institute for Materials Research, Sendai980-77 Japan

4:40 PMMICROSTRUCTURE AND CURIE TEMPERATURE OF As CASTFe-(Nd+MM)-B ALLOYS: Cleber Santiago Alves 1; Thesis Mac1;1Universidade Estadual de Company, Unicamp SP Brazil

Spray Forming: Session III

Tuesday PM Room: Iolani Suite VJuly 14, 1998 Location: Tapa Towers

Session Chairs: E. J. Lavernia, University of California, Departmentof Chemistry & Biochemistry Engineering & Materials Science,Irvine, CA 92697-2575 USA; Toru Miyazaki, Nagoya Institute ofTechnology, Department of Materials, Nagoya 466 Japan

2:00 PM INVITED PAPERSPRAY FORMING COMMERCIAL PRODUCTS: PROCESSDESIGN AND OPTIMIZATION - PART 1: A. Lawle y 1; R. D. Doherty1;R. G. Brooks1; 1Drexel University, Department of Materials Engineer-ing, Philadelphia, PA 19103 USA

2:20 PMSPRAY FORMING COMMERCIAL PRODUCTS: PROCESSDESIGN AND OPTIMIZATION - PART 2

2:40 PM INVITED PAPERMODELING OF THE THERMAL HISTORY OF THE SOLIDIFI-CATION OF NON-SPHERICAL MOLTEN METAL DROPLETDURING SPRAY FORMING: Y. C. Chen 1; C. -Y. A. Tsao1; 1NationalCheng Kung University, Department of Materials Science and Engi-neering, Tainan, Taiwan R.O.C.

3:00 PMSIMULATION OF SOLIDIFICATION BEHAVIOR WITHIN DE-POSITED PREFORM DURING SPRAY FORMING PROCESS-ING: J. S. Zhang 1; 1University of Science and Technology, Beijing,China

3:20 PMNUMERICAL METHOD FOR THE DEPOSITION PROFILES INSPRAY FORMING PROCESS: Xiaowei Fu 1; 1University of Scienceand Technology, Beijing, China

3:40 PMMICROSTRUCTURE AND YIELD STRENGTH OF Cu-TiB2 AL-LOY PRODUCED BY SPRAY FORMING: Jongsang Lee 1; Eon-SikLee2; Sangho Ahn2; Nack J. Kim1; 1Pohang University of Science andTechnology, Center for Advanced Aerospace Materials, Pohang 790-784 Korea; 2Research Institute of Industrial Science and Technology,Advanced Materials Division, Pohang 790-330 Korea

4:00 PMMODELING OF MULTI-PHASE TRANSPORT PHENOMENA INA SPRAY FORMING PROCESS AND THE CONDITIONS OFPOROSITY IN THE BULK DEPOSITS: S. J. Pien 1; M. G. Chu1;1Alcoa Company of America, Alcoa Technical Center, Alcoa Center,PA 15069 USA

4:20 PMSELECTION OF GAS AND DROPLET PROPERTIES IN THEMODELING OF SPRAY ATOMIZATION PROCESS: Bing Li 1;Enrique J. Lavernia1; 1University of California, Department of Chemi-cal & Biochemical Engineering and Materials Science, Irvine, CA 92697-2575 USA

14

Superplasticity and Superplastic Forming:Session III

Tuesday PM Room: Iolani Suite IIIJuly 14, 1998 Location: Tapa Towers

Session Chairs: K. Higashi, Osaka Prefecture University, Depart-ment of Metallurgy and Materials Science, Gakuen-cho, Sakai 593Japan; A. Dutta, Defense Metal. Res. Lab., Hyderabad 500-058,India

2:00 PM INVITED PAPERTEMPERATURE DEPENDENCE OF THRESHOLD STRESS FORHIGH STRAIN-RATE SUPERPLASTICITY OF Al-BASED MATE-RIALS: Dongw ha K um 1; Woo-Jin Kim2; 1Korea Institute of Scienceand Technology, Division of Metals, P.O. Box 131, Cheongryang,Seoul 130-650 Korea; 2Hong-IK University, Department of Materialsand Engineering, 72-1 Sangsu-dong, Mapo-ku, Seoul 121-791 Korea

2:20 PMEXPERIMENTAL RELATIONS BETWEEN MAXIMUM GAP ANDDEPTH OF THE MOLD DURING SUPERPLASTIC FORMING:G. Torres-V illaseñor 1; H. Aguilar1; J. Llanes1; 1Universidad NacionalAutónoma de México, Instituto de Investigaciones en Materiales, Apdo.P 70-360, México D.F. 04510 Mexico

2:40 PMEXPERIMENTAL ANALYSIS OF SUPERPLASTIC DEFORMATIONMECHANISMS IN A COMMERCIAL 5083 ALLOY: HajimeIwasaki 1; 1Himeji Institute of Technology, Department of MaterialsScience and Engineering, 2167 Shosha, Himeji, Hyogo 671-22 Japan

3:00 PMGRAIN REFINEMENT AND POTENTIAL FOR SUPERPLASTIC-ITY IN Al ALLOYS CONTAINING SMALL PARTICLES: Z.Horita 1; M. Furukawa2; M. Nemoto1; T. G. Langdon3; 1Kyushu Univer-sity, Department of Materials Science and Engineering, Faculity ofEngineering, Fukuoka 812-86 Japan; 2Fukuoka University of Educa-tion, Department of Technology, Munakata, Fukuoka 811-41 Japan;3University of Southern California, Department of Materials Scienceand Mechanical Engineering, Los Angeles, CA

3:20 PM INVITED PAPERTENSILE DUCTILITY OF SILICON CARBIDE AT ELEVATED TEM-PERATURE: Takayuki Na gano 1; Sawao Honda1; Fumihiro Wakai1;Hironori Kodama2; 1Japan Science and Technology Corporation, ICORP,Ceramics Superplasticity Project, 2-4-1, Mutusno, Atsuta-ku, Nagoya456 Japan; 2Hitachi Ltd., Production Engineering Research Labora-tory, 292, Yoshida-cho, Totsuka-ku, Yokahama 244 Japan

3:40 PMSUPERPLASTIC BEHAVIOR OF DOUBLY-EXTRUDED ZK60/SiC/17p MAGNESIUM-BASED COMPOSITE IN A WIDE RANGEOF TEMPERATURE: T. Mukai 1; T. G. Nieh2; K. Higashi3; 1OsakaMunicipal Technical Research Institute, Morinomiya Joto-ku, Osaka536 Japan; 2Lawrence Livermore National Laboratory, L-369, P.O.Box 808, Livermore, CA; 3Osaka Prefecture University, Departmentof Metallurgy and Materials Engineering, College of Engineering, Sakai,Osaka 593 Japan

4:00 PMHIGH STRAIN-RATE SUPERPLASTICITY OF SUPERCOOLEDLIQUID IN Zr AND La METALLIC GLASSES: Y. Kaw amur a1;Toshihiro Nakamura1; Akihisa Inoue1; 1Tohoku University, Institutefor Materials Research, Sendai 980-77 Japan

4:20 PMMICROSCOPIC OBSERVATION OF SUPERPLASTIC DEFOR-MATION IN A Ti3Al-Nb TWO-PHASE ALLOY: Jin-Hong Kim 1;Chan-Gyung Park1; Tae-Kwon Ha1; Young-Won Chang1; 1Center forAdvanced Aerospace Materials, Dept. of Material Science and Engi-neering, Postech Korea

4:40 PMSUPERPLASTIC BEHAVIOR AND INFLUENCE OF SOLUTIONHARDENING ON THE DUCTILITY OF Al-Mg-X ALLOYS: ByungSun Chung 1; Duck Young Maeng1; Sun Ig Hong1; 1Chungnam NationalUniversity, Department of Metallurgical Engineering and RASOM,Taedok Science Town, Taejon Korea

Advanced Ferrous Alloys: Session II

Wednesday AM Room: Iolani Suite VIJuly 15, 1998 Location: Tapa Towers

Session Chairs: Y. Ohmori, Ehime University, Japan;M. Mujahid, GIK Institute of Engineering Science & Technology,Faculty of Metallurgy and Materials Engineering 23460, Pakistan

8:30 AM INVITED PAPERTHE EFFECT OF THE TITANIUM TRACES ON THE MECHANI-CAL PROPERTIES OF AN ULTRA HIGH STRENGTH STEEL:Ruis Camar go Tokimatsu 1; Paulo Iris Ferreira2; Itamar Ferreira2; 1UNESP,Department of Mechanical Engineering, Av. Brasil Centro, 56, 15378-000, Ilha Solteira, SP Brazil; 2College of Mechanical Engineering/UNICAMP, Department of Materials Engineering, P.O. Box 6122,Caminas Brazil, SP 13083-970

8:50 AMMICROSTRUCTURE AND MECHANICAL PROPERTIES OFHIGH STRAIN PM PROCESSED SUS316L STAINLESS STEEL:K. Ameyama 1; S. Seno1; J. Sudo2; K. Nakata2; O. Okada2; 1RitumeikanUniversity, Department of Mechanical Engineering, Faculity of Sci-ence and Engineering, 1-1-1 Norji-higashi, Kusatsu, Shiga 525-77 Ja-pan; 2Hitachi Ltd., Hitachi Research Laboratory, Hitachi, Ibaraki 317Japan

9:10 AMTHE EFFECTS OF MICROSTRUCTURE AND PRESTRAIN ONFATIGUE STRENGTH OF DUAL-PHASE STEELS: KatsumiNakajima 1; Tetsuya Taki1; Takashi Miyata1; 1Nagoya University, De-partment of Materials Science and Engineering, Nagoya 464-01 Japan

9:30 AMEFFECT OF RETAINED AUSTENITE ON STRENGTH AND ELON-GATION IN METASTABLE AUSTENITIC STAINLESS STEELS:Kouki Tomimur a1; Katsuhisa Miyakusu1; Sadao Hirotsu1; 1Nisshin SteelCo., Ltd., Stainless Steel & High Alloy Dept., Steel & TechnologyDevelopment Laboratories, Shin Nanyo City, Yamaguhi Pref 746 Ja-pan

9:50 AMEFFECT OF NITRIGEN ADDITION ON CORROSION PROPER-TIES IN Ni-FREE STAINLESS STEELS: M. Matsushima 1; Y. Tomota2;H. Sato3; K. Inoue2; 1NIDAK Co. Kamitezuna, Takahagi, Ibaraki; 2Uni-versity of Washington, Department of Materials Science and Engineer-ing, Box 352120, Seattle, WA 98195-2120 USA; 3Ibaraki University,Department of Materials Science, Nakanarusawa-cho, Hitachi, Ibaraki4-12-1

WEDNESDAY AM

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10:10 AMA NEW DEVELOPMENT OF IMPROVING GRAIN ORIENTEDSILICON STEEL WITH THE LLSA METHOD: Fengliu Sun 1;1Northeastern University, Shenyang, China

10:30 AMEFFECT OF PROCESS CONDITION ON TEXTURE AND PROP-ERTIES IN IF STEEL SHEET: Bing yu K ong 1; 1Iron & Steel ResearchInstitute China

10:50 AMA NOW MATERIAL FOR THE TROLLEY AND CONTACT CABLE:Hongquan Weo 1; 1Shanghai University, Institute of Mater. Sci. & Eng.,Shanghai China

11:10 AMMECHANISM OF DECREASING THE SLAB REHEATING TEM-PERATURE OF Hi-B STEELS BY THE ADDITION OF Mo: ZhaoYu1; 1Central Iron & Steel Research Institute, Beijing China

11:30 AMEVALUATION OF THE FRACTURE TOUGHNESS AND LOWAND HIGH CYCLE FATIGUE PROPERTIES OF A Cr-Mn-N AUS-TENITIC STAINLESS STEEL: L. V. Vareda 1; D. Spinelli1; 1Universityof Sao Paulo, Department of Engineering Materials, Engineering Schoolof Sao Carlos, Sao Carlos SP Brazil

Composite Materials: Session IV

Wednesday AM Room: Honolulu Suite IIJuly 15, 1998 Location: Tapa Towers

Session Chairs: Alex Mitchell, University of British Columbia,Department of Metals & Materials Eng., Vancover, Canada V6T 1Z4BC; Soon H. Hong, Korean Advanced Institute Sci. & Tech., Korea

8:30 AM INVITED PAPERSYNTHESIS AND CHARACTERIZATION OF TITANIUM ALUMI-NIDE BASED ALLOYS WITH NANOCRYSTALLINE AND BI-MODAL STRUCTURES: N. Srisukhumbowornchai 1; O. N. Senkov1;F. H. Froes1; 1University of Idaho, Institute for Materials and Pro-cesses, Moscow, ID 83844-3026 USA

8:50 AMPROCESSING OF Al/Al3Ti COMPOSITES BY LOW PRESSURECASTING-COMBUSTION SYNTHESIS PROCESS (LCCS PRO-CESS): Kiyoshi Mizuuc hi1; Takashi Takenchi1; Masao Fukusumi1;Masami Sugioka1; Yoshihira Okanda1; Hiroshi Nagai2; Kanryu Inoue3;1Osaka Municipal Technical Research Institute, Osaka 536 Japan; 2Gradu-ate School of Osaka University, Material Science and Processing, Suita565 Japan; 3University of Washington, Materials Science and Engi-neering, Seattle, WA 981195-2120 USA

9:10 AM INVITED PAPERANALYSIS OF BINDERS AND BINDER BURNOUT IN TAPE CASTTi/Sic MMCS: C. M. Lobley 1; Z. X. Guo1; 1University of London,Department of Materials, Queen Mary & Westfield College, Mile EndRoad, London E1 4NS United Kingdom

9:30 AM INVITED PAPERTHE INITIATION AND CONTINUATION OF NFILTRATION Al-Mg BASED ALLOYS INTO ALUMINA PREFORMS: B. SrinvasaRao 1; 1Indian Institute of Science, Department of Metallurgy, Banga-lore 560 012 India

9:50 AMDAMPING CAPACITY OF EPOXY FILLED ALUMINUM FOAM:Catherine Wong 1; 1Naval Surface Warfare Center, Carderock DivisionCode 612, 9500 MacArthur Blvd., West Bethesda, MD 20817-5700USA

10:10 AMTHE EFFECT OF A FUNCTIONALLY GRADED PROTECTIVECOATING FOR SiC MONOFILAMENTS ON COMPOSITE ME-CHANICAL BEHAVIOR: S. Haque 1; 1Imperial College of Science,Technology and Medicine, Department of Materials, Prince ConsortRoad, London SW7 2BP United Kingdom

10:30 AMBOND BETWEEN CONCRETE AND STEEL REINFORCEMENTS:W. Sha 1; K. W. Lau1; M. J. Gould1; 1The Queen’s University of Belfast,Department of Civil Engineering, Belfast BT7 1NN UK

10:50 AMINTERFACIAL STRESSES AND VOID NUCLEATION IN DIS-CONTINUOUSLY REINFORCED COMPOSITES: Calvin Tszeng 1;1University of Nebraska-Lincoln, Department of Mechanical Engi-neering, Lincoln, NB 68588-0656 USA

General Abstracts: Session III

Wednesday AM Room: Iolani Suite IJuly 15, 1998 Location: Tapa Towers

Session Chairs: Kyu Hwan Oh, Seoul, Korea; M. Okada, TohokuUniversity, Department of Materials Science, Sendai, Japan

8:30 AMTHE REACTIVE LIQUID PROCESSING OF METAL MATRIXCOMPOSITES: V. M. K e vor kijan 1; 1Lackova 139, Limbus Slovenia

8:50 AMION BOMBARDMENT EFFECT UPON STRUCTURE OF CAR-BON FILM ON THE SURFACE OF Ni-C ALLOY: S. YuZaginaic henko 1; Z. A. Matysina1; V. N. Lnyanoi2; 1Institute for Prob-lems of Materials Science of NAS, Kiev 252680 Ukraine; 2State Uni-versity, Dnepropetrovsk 320000 Ukraine

9:10 AMRECOVERY OF PURE MnO2 FROM MEDIUM GRADE LOCALMANGANESE ORES: M. B. Morsi 1; 1Central Metallurgical Research& Development Institute (CMRDI), Pyrometallurgy Lab., P.O. Box87, Helwan, Cairo Egypt

9:30 AM INVITED PAPERBENDING RESIDUAL STRENGTH AFTER IMPACT LOADINGOF WET-LAMINATED SANDWICH CONSTRUCTION: BondanTiara Sofyan 1; Rochim Suratman2; Desianti A. Budiwati1; 1Universityof Indonesia, Department of Metallurgy, Facility of Engineering, KampusUI, Depok 16424 Indonesia; 2Bending Institute of Technology, Dept.of Mechanical Eng., Bandung, Indonesia

9:50 AMRAMAN AND OPTICAL INVESTIGATIONS OF Ga-DOPED ZINCOXIDE FILMS AND NANO-PARTICALS: S. K. Sharma 1; G. J.Exarhos1; 1University of Hawaii, Hawaii Institute of Geophysics andPlanetology, School of Ocean and Earth Science and Technology, 2525Correa Road, Honolulu, HI 96822 USA

10:10 AMTHE METHODOLOGY OF HIGH TEMPERATURE OXIDATIONIN INCOLOY 625: Fazal A. Khalid 1; 1GIK Institute of Eng. & Tech.,

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Topi, NWFP Pakistan

10:30 AMRECENT ADVANCES IN FATIGUE RESEARCH: K. Sadananda 1;1NRL, Washington, DC USA

10:50 AMCOARSENING OF Cr PRECIPITATES IN B2-ORDERED NiAl: E.Tsutsumi 1; K. Oh-ishi1; Z. Horita1; M. Nemoto1; 1Kyushu University,Dept. Materials Science and Engineering, Fukuoka 812-81 Japan

Light Metals: Session IV

Wednesday AM Room: Honolulu Suite IIIJuly 15, 1998 Location: Tapa Towers

Session Chairs: S. Ankem, University of Maryland, Department ofMaterials & Nuclear Engineering, College Park, MD 20742-2115,USA; Yafang Han, Institute of Aeronautical Mat., Beijing, China

8:30 AM INVITED PAPERAN ANALYSIS OF THE MICROSTRUCTURE OBTAINED IN AT-OMIZED Al-Fe POWDERS: J. A. Juarez-Islas 1; C. Gonzalez-Rivera1;Y. Zhou2; E. J. Lavernia2; 1Instituto de Investigaciones en Materiales,UNAM, Departamento de Materiales Metálicos y Cerámicos, CircuitoExterior, México, D.F. 04510 Mexico; 2University of California, De-partment of Chemical Engineering and Materials Science, Irvine, CA92697-2575 USA

8:50 AMEFFECTS OF READDITION ON FORMABILITY IN Al-HIGH MgALLOYS: Su-Dong Park 1; Suk-Bong Kang2; Hyun-Kee Cho1;1Kyungpook National University, Department of Metallurgical Engi-neering, Taegu Korea; 2Korean Institute of Machinery & Metals,Changwon 641-010 Korea

9:10 AMMICROSTRUCTURE AND MECHANICAL PROPERTIES OF Ti-48Al-2Nb-2Cr ALLOY AFTER THERMOMECHANICAL PRO-CESSING: G. A. Salishc he v 1; R. M. Imaev1; V. M. Imaev1; M. R.Shagiev1; A. V. Kuznetsov1; O. N. Senkov1; F. H. Froes1; 1University ofIdaho

9:30 AMMICROSTRUCTURE AND PROPERTIES OF ALUMINUM-IRONALLOYS SUBJECTED TO SEVERE PLASTIC DEFORMATIONAND AGING: O. N . Senko v 1; F. H. Froes1; V. V. Stolyarov1; R. Z.Valiev1; J. Liu1; 1University of Idaho

9:50 AMBEHAVIOR OF HYDROGEN IN A 5083 ALUMINUM ALLOY:Tomoaki Ihar a1; Goroh Itoh1; 1Nagaoka University of Technology,Kami-Tomioka, Nagaoka, Niigata-pref. 940-21 Japan

10:10 AMMICROSTRUCTURE REFINEMENT OF Al-20Si-5Fe ALLOYWITH MELT TREATMENT AND EXTRUSION: Y. S. Choi 1; J. S. Lee1;W. T. Kim1; H. Y. Ra1; 1Seoul National University

10:30 AMEFFECTS OF Mn DISPERSOID ON THE CRACK INITIATIONDURING FATIGUE IN Al-Zn-Mg-Mn ALLOY: Y. S. Woo 1; S. W.Nam1; 1Korea Advanced Institute of Science and Technology

10:50 AMMECHANICAL PROPERTIES OF PARTIALLY CRYSTALLIZEDAMORPHOUS ALLOYS: H. S. Kim 1; P. J. Warren1; H. R. Lee1; C.W. Won1; S. S. Cho1; B. S. Chun1; 1Chungam National University, Dept.of Met. Eng. & RASOM ERC, Taejon 305-764 Korea

11:10 AMTEXTURE INVESTIGATION OF DEEP DRAWN OF Al CuP BYACOM AND X-RAY MEASUREMENT: N. J . Park 1; F. Springer1;1Korea National University of Technology, Korea

Materials for Microelectronics and Elec-tronic Packaging: Session I

Wednesday AM Room: Honolulu Suite IJuly 15, 1998 Location: Tapa Towers

Session Chairs: Nirmal Sharma, Singapore Technologies, Milpitas,CA 95035, USA; Nanxian Chen, University of Science andTechnology, Beijing China

8:30 AMCURRENT TRANSPORT MECHANISMS THROUGH p-ZnSe/METALS INTERFACES WITH INTERMEDIATE SEMICONDUC-TOR LAYERS: Y. Koide 1; T. Kagawa1; T. Oku1; H. Mori1; MasanoriMurakami1; N. Teraguchi2; Y. Tomomura2; A. Suzuki2; 1Kyoto Univer-sity, Department of Materials Science and Engineering, Sakyo-ku, Kyoto606-01 Japan; 2Sharp Corporation, Central Research Laboratories,Ichinomoto-cho, Tenri, Nara 632 Japan

8:50 AMSTUDY ON THE INCREASE OF WAFER BONDING CONTACTAREA BY LINEAR HEAT TREATMENT: Jin Woo Lee 1; Choon SikKang1; 1Seoul National University, Division of Materials Science &Engineering, Seoul Korea

9:10 AMELECTRICAL PROPERTIES AT p-ZnSe/METAL INTERFACES OFANNEALED CONTACTS : T. Kaw akami 1; Y. Koide1; MasanoriMurakami1; N. Teraguchi2; Y. Tomomura2; A. Suzuki2; 1Kyoto Univer-sity, Department of Materials Science and Engineering, Sakyo-ku, Kyoto632 Japan; 2Sharp Corporation, Central Research Laboratories,Ichinomoto-cho, Tenri, Nara 632 Japan

9:30 AMAPPLICATION OF In-x-Ga1-x As BASED OHMIC CONTACTSOF p-TYPE GaAs: Mitsumasa Ogura 1; Hidetsugu Mori1; MasanoriMurakami1; Mitsuhiro Nakamura2; Masaru Wada2; 1Kyoto University,Division of Material Science and Engineering, Graduate School of En-gineering, Kyoto 606-01 Japan; 2Sony Corporation, SemiconductorCompany, Atsugi Technology Center, 4-14-1 Asahi-cho, Atsugi-shi,Knagawa 243 Japan

9:50 AM INVITED PAPEREFFECT OF WATER CHEMISORPTION ON Al-Si-Cu/Ti/TiN/TiINTERCONNECTS: Y. Taga1; T. Ohwaki1; T. Yosida1; 1Toyota Cen-tral Research and Development Labs, Nagakute, Aichi 40-11 Japan

10:10 AMCORRELATION BETWEEN RESISTIVITY AND COLUMNARSTRUCTURE IN TITANIUM FILMS: Tetsu Miyoshi 1; Yumiko Haga1;Osamu Nittono1; 1Tokyo Institute of Technology, Department ofMetallurgical Engineering, 2-12-1 Oh-okayama, Meguro-ku, Tokyo152 Japan

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10:30 AMMICROSTRUCTURE OF POROUS TITANIUM DIOXIDE FILMSPREPARED BY AIR-OXIDIZING PURE TITANIUM FILMS: TadaoKaneko 1; Osamu Nittono2; 1Gunma College of Technology, 580 Toriba-cho, Mae-bashi-shi, Gunma 371-0845 Japan; 2Tokyo Institute of Tech-nology, Department of Metallurgical Engineering, 2-12-1 Oh-okayama,Meguroku, Tokyo 152 Japan

10:50 AMMATERIAL CHARACTERIZATION OF DISPERSION HARDENEDPLATINUM: Bernd F isc her 1; Dietmar Freund1; Andreas Behrends1;David Lupton2; Jurgen Merker2; 1Fachhochschule Jena - University ofApplied Science, Department of Materials Technology, Jena D-07745Germany; 2W. C. Hera ens Gambh, Materials Technology Division,Hanau, Germany

Melt Processing and Casting: Session I

Wednesday AM Room: Iolani Suite VJuly 15, 1998 Location: Tapa Towers

Session Chairs: K. Miwai, Japan; R. Abbaschian, University ofFlorida, Department of Materials Science & Engineering, Gainesville,FL 32603, USA

8:30 AM INVITED PAPERAPPLICATION OF THE ACCELERATED CRUCIBLE ROTATIONTECH. IN THE DIRECTIONAL SOLIDIFICATION OF Al-CuEUTECTIC: Wanqi Jie 1; 1Northwestern Polytechnical University,Xi’ao, China

8:50 AMMICRO-MACRO MODELING OF SOLIDIFICATION MICRO-STRUCTURES IN FINITE-ELEMENT SIMULATIONS: S. P. Mar sh 1;1Naval Research Laboratory, Washington, DC 20375-5343 USA

9:10 AMFUNDAMENTALS OF COUNTER GRAVITY CASTING: Scott R.Giese 1; 1University of Northern Iowa, Metal Casting Center USA

9:30 AMFORMATION OF SURFACE BLEEDS IN TWIN ROLL CASTALUMINIUM SHEET: Ming Yun 1; J. D. Hunt1; S. A. Lockyer1; 1Uni-versity of Oxford, Department of Materials, Parks Road, Oxford, En-gland UK

9:50 AMMODELING THE DEEP BED FILTRATION OF ALUMINUM: RungT. Bui 1; Duygu Kocaefe1; Laszlo Kiss1; 1Universite du Quebec aChicoutimi, Chicoutimi, Quebec G7H 2B1 Canada

10:10 AMSTUDY ON SEEDING TECHNOLOGY FOR PROTECTION OFSINGLE CRYSTAL CASTING: Zhoughui Gui 1; 1Institute of Aero-nautical Materials, China

10:30 AMA MATHEMATICAL MODEL FOR SIMULATING THE PUDDLEFORMATION IN THE SINGLE ROLL RAPID SOLIDIFICATIONPROCESS FOR PRODUCING METALLIC THIN STRIPS: ChingWen Chen 1; Jer Haur Kuo1; Weng Sing Hwang1; 1National Cheng KungUniversity, Department of Materials Science and Engineering, Tainan,Taiwan R.O.C.

10:50 AMA NUMERICAL SIMULATION FOR THE INITIAL FILLING INCONTINUOUS CASTING TUNDISH AND ITS EXPERIMENTALVERIFICATION: Li-Chuan Lin 1; Shyi-Ming Pan1; Weng-Sing Hwang1;1National Cheng Kung University, Department of Materials Scienceand Engineering, Tainan, Taiwan R.O.C.

11:10 AMPURIFICATION OF LEACHED METALLURGICAL GRADE SILI-CON BY ELECTRON BEAM MELTING: A. F. B . Braga1; J. Otubo1;P. R. Mei1; 1State University of Campinas, Dept. of Materials Engi-neering, Campinas, S. P. Brazil

11:30 AMA STUDY OF SOFT CONTACT ELECTROMAGNETIC CASTINGTECHNOLOGY: Hoyoung Kim 1; J. D. Park1; D. J. Sim1; H. T. Jung1;H. G. Lee1; 1RIST, P.O. Box 135, Pohang 790-600 Korea

Phase Transformations and Their Applica-tions: Session IV

Wednesday AM Room: Tapa Ballroom IIJuly 15, 1998 Location: Tapa Towers

Session Chairs: C. S. Pande, Naval Research Lab, Washington,DC, USA; Ze Zhang, Chinese Academy of Sciences, China

8:30 AM INVITED PAPERPHASE TRANSFORMATION AND MECHANICAL BEHAVIOUROF Ti-6Al-4V AND GRADE 21S TITANIUM ALLOYS: W. Sha 1; D.P. Savage1; 1The Queen’s University of Belfast, Department of CivilEngineering, Belfast, BT7 1NN UK

8:50 AM INVITED PAPERANOMALIES OF ELECTRICAL RESISTIVITY STUDIED BY CVMAND PPM: Tetsuo Mohri 1; 1Hokkaido University, Division of Materi-als Science and Engineering, Kita-13 Nishi-8, Kita-ku Sapporo 060Japan

9:10 AM INVITED PAPERMORPHOLOGICAL EVOLUATION OF COHERENT PRECIPI-TATES IN THREE DIMENTIONS: Jong K. Lee 1; 1Michigan Techno-logical University, Department of Metallurgical and Materials Engi-neering, 1400 Townsend Drive, Houston, MI 49931-1295 USA

9:30 AMMOTION OF PHASE BOUNDARIES BY SURFACE DIFFUSION:Yoshikazu Gig a1; Kazuo Ito1; 1Hokkado University, Department ofMathematics, Sapporo Japan

9:50 AMEFFECT OF EXTERNAL FIELD ON THE ORDERING OFEQUIATOMIC FePd: T. Ic hitsubo 1; M. Nakamoto1; K. Tanaka1; M.Koiwa1; 1Kyoto University, Dept. Materials Sci. & Eng., Kyoto 606-01Japan

10:10 AMHARDENING OF NiAl ALLOYS BY POINT DEFECTS AND IRONSOLUTES: L. M. Pike 1; C. T. Liu2; Y. A. Chang1; 1University ofWisconsin, Department of Materials Science and Engineering, Madi-son, WI 53706-1595 USA; 2Oak Ridge National Laboratory, Metalsand Ceramics Division, Oak Ridge, TN 37831-6115 USA

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10:30 AMPHENOMENA ON THE SURFACE AND ALONG A CRACK PATHIN A SUPERALLOY TUBE DURING HIGH TEMPERATURE SER-VICE: A. A. Kaya 1; P. Krauklis1; 1The University of New South Wales,School of Materials Science and Engineering, Sydney 2052 Australia

10:50 AMSURFACE TREATMENT OF Ni-BASED ALLOYS FOR HIGH TEM-PERATURE OXIDATION PERFORMANCE: F. Czerwinski 1; J. A.Szpunar1; 1McGill University, Department of Metallurgical Engineer-ing, Montreal H3A 2B2 Canada

11:10 AMEQUIPMENT FOR ON-LINE TEXTURE MEASUREMENT ANDPLASTICITY PREDICTION: P. Blandf ord 1; J. A. Szpunar1; 1McGillUniversity, Department of Metallurgical Engineering, Montreal Canada

Solid Materials Processing and Mechani-cal Behavior: Session II

Wednesday AM Room: Tapa Ballroom IIIJuly 15, 1998 Location: Tapa Towers

Session Chairs: J. C. M. Li, University of Rochester, Rochester, NY14627, USA ; S. Marsh, Naval Research Lab, Washington, DC20375-5343, USA

8:30 AM INVITED PAPERADVANCED MATERIALS FOR THE ENERGY & TRANSPOR-TATION INDUSTRIES IN THE EUROPE THE 21st CENTURY -PART 1: M. Van de Voor de 1; 1Joint Research Center, P.O. Box 2, 17552G Petten The Netherlands

8:50 AMADVANCED MATERIALS FOR THE ENERGY & TRANSPOR-TATION INDUSTRIES IN THE EUROPE THE 21st CENTURY -PART 2

9:10 AM INVITED PAPERRECENT PROGRESS IN THE MODELING OF MATERIALS ANDPROCESSING FOR OPTIMAL PROPERTIES: Yiyi Li 1; 1ChineseAcademy of Science, Institute of Metal Research

9:30 AM INVITED PAPERSTUDIES ON THE Ta-Si-N BARRIER USED FOR Cu INTERCON-NECTION: Y. H. Shin 1; J. C. Kim1; C. Lee1; 1Inha University

9:50 AM INVITED PAPERDOUBLE GLOW SURFACE ALLOYING PROCESS: Zhong Xu 1;1Taiyuan University of Technology

10:10 AMTHE DEVELOPMENT OF COLD-ROOTING TEXTURE IN CuZnORDERED ALLOY: G. Zhu 1; 1University of Science and Technology,Beijing China

10:30 AMTHE EFFECT OF BORON ON THE MECHANICAL BEHAVIORSOF AN Ni-19Si-3Nb BASED ALLOY: Jason S. C. J ang 1; S. K.Wong1; C. H. Tsau2; 1Shou University, Dept. of Materials Science andEngineering, Kaohsiung, Taiwan ROC; 2Materials Research Laborato-ries, ITRI, Hsinchu, Taiwan ROC

10:50 AMRHEAOLOGIC THERMAL FRACTURE OF MATERIALS WITHDEFECTS INDUCED BY LASER BEAM THERMAL SHOCK: Y. C.Zhou 1; 1Xiangtan University, China

Welding & Laser Processing: Session I

Wednesday AM Room: Iolani Suite IIIJuly 15, 1998 Location: Tapa Towers

Session Chairs: D. Olson, Colorado School of Mines, Center forWelding, Golden, CO 80401, USA; P. Rodriguez, Indira GandhiCenter for Atomic Research, Kalpakkam 603-102, India

8:30 AM INVITED PAPERLASER MATERIAL PROCESSING: RECENT ADVANCES ANDTHEIR IMPACT ON THE FUTURE - PART 1: J. Thomas Sc hriempf 1;1Penn State University, Applied Research Laboratory, P.O. Box 30,University Park, PA 16804 USA

8:50 AMLASER MATERIAL PROCESSING: RECENT ADVANCES ANDTHEIR IMPACT ON THE FUTURE - PART 2

9:10 AM INVITED PAPERSOLIDIFICATION BEHAVIOR AND MICROSTRUCTURE EVO-LUTION DURING LASER BEAM-MATERIAL INTERACTION: P.S. Mohanty 1; J. Mazumder1; 1University of Michigan, Center for LaserAided Intelligent Manufacturing, Ann Arbor, MI 48109-2125 USA

9:30 AM INVITED PAPERLASER CLADDING OF COPPER-BASED COMPOSITES ON6061 ALUMINUM ALLOY: Y. P. Hu 1; C. W. Chen1; K. Mukherjee1;1Michigan State University, High Energy Laser Processing Laboratory,Department of Materials Science and Mechanics, East Lansing, MI48824 USA

9:50 AMLOCAL MECHANICAL PROPERTIES OF STEEL WELDMENTS:David A. LaV an 1; Gregory M. Shoukas2; William N. Sharpe1; 1JohnsHopkins University, Department of Mechanical Engineering, 122Latrobe Hall, 3400 North Charles Street, Baltimore, MD 21218 USA;2Lehigh University, Department of Mechanical Engineering, Bethle-hem, PA 18015 USA

10:10 AMNANOPARTICLES SYNTHESIS BY A NOVEL LASER-LIQUIDINTERACTION TECHNIQUE: T. Dobbins 1; D. Poondi1; JogenderSingh1; 1The Pennsylvania State University, Department of MaterialsScience and Engineering, Applied Research Laboratory, University Park,PA 16804 USA

10:30 AMXeCl EXCIMER LASER ANNEALING EFFECTS FOR a-Si/a-SiNDOUBLE ACTIVE LAYER: C. -M. P ark 1; J. -S. Yoo1; J. -H. Jeon1; M.-K. Han1; 1Seoul National University, School of Electrical Engineering,Seoul 151-742 Korea

10:50 AMFEMTOSECOND LASER: A NEXT GENERATION TOOL FORPROCESSING OF MATERIALS: A. P. Malshe 1; A. M. Ozkan2; P. A.Mollian3; A. Mushondt1; W. D. Brown1; 1University of Arkansas, Ma-terials and Manufacturing Research Laboratory (MRL), Department ofMechanical Engineering, Fayetteville, AR 72701 USA; 2University ofArkansas, High Density Electronics Center (HiDEC), Department ofEngineering; 3University of Iowa, Department of Mechanical Engi-neering, Ames, IO

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Advanced Ferrous Alloys: Session III

Wednesday PM Room: Iolani Suite VIJuly 15, 1998 Location: Tapa Towers

Session Chairs: J. J. DeLoach, Naval Surface Warfare Center,Carderock Division Code 615, West Bethesda, MD 20817-5700USA; K. Ameyama, Ritumeikan University, Japan

7:00 PM INVITED PAPERHIGH QUALITY THIN SLAB CASTING TECHNOLOGY FORHOT STRIP PRODUCTION: Tadao Watana be 1; Sei Hiraki1; MasayukiKawamoto1; Toshihiko Murakami1; 1Corporate R&D LaboratoriesSumitomo Metal Ind. Ltd., Steelmaking Process Research Department,16-1 Sunayama, Hasaki, Kashima-gun, Ibaraki 314-02 Japan

7:20 PMHIGH STRENGTH NICKEL-FREE DUPLEX STAINLESS STEELSFOR STRUCTURAL ENGINEERING APPLICATIONS: Jun Wang 1;M. O. Speidel1; P. J. Uggowitzer1; 1Institute of Metallurgy, ETH-Zentrum,Zurich CH-8092 Switzerland

7:40 PMMECHANICAL PROPERTIES OF STRUCTURAL AND FIRE-RE-SISTANT STEELS AT HIGH TEMPERATURE: W. Sha 1; F. S. Kelly1;P. N. Cawley1; P. J. Blair1; 1The Queen’s University of Belfast, Depart-ment of Civil Engineering, Belfast BT7 1NN UK

8:00 PMIMPROVING PROPERTY OF 0.5% CARBON MICROALLOYEDSTEEL FOR HOT FORGING USING INTRAGRANULARFERRITO: Yin Jiang 1; 1Shanghai No. 5 Steel (Group) Co. Ltd., China

8:20 PMND STEEL-HIGH RESISTANCE TO SULFUR DEWPOINT COR-ROSION: Zheng Wenlong 1; Wang Rongguang1; 1Shanghai ResearchInstitute of Materials, Shanghai P. R. China

8:40 PMDESIGN OF A NEW HIGH STRENGTH LOW ALLOY STEEL BYTHE KEY POINT METHOD: Zhenbo Zhao 1; Derek O. Northwood1;Cheng Liu2; Wang Dezun2; 1University of Windsor, Mechanical &Materials Engineering, Windsor, Ontario N9B 3P4 USA; 2Harbin Insti-tute of Technology, Department of Materials Science & Engineering,Harbin, P.R. China

9:00 PMINVESTIGATION ON THE PRECIPITATION OF CARBONITRIDEAND COPPER IN A HIGH STRENGTH LOW ALLOY (HSLA)STEEL: S. Rang anathan 1; 1National Metallurgical Laboratory,Jamshedpur 831-007 India

9:20 PMPREDICTION OF THE CARBO-NITRIDE PRECIPITATION INHIGH STRENGTH LOW ALLOY (HSLA) STEELS BY THE TECH-NIQUE OF SUCCESSIVE PARTIAL EQUILIB: S. Rang anathan 1;1National Metallurgical Laboratory, Jamshedpur 831-007 India

9:40 PMHYDROGEN INDUCED CRACKING OF HSLA-100 STEELS INSEAWATER UNDER POTENTIOSTATIC CONDITIONS: KumkumBanerjee 1; U. K. Chatterjee1; 1Indian Institute of Technology, Depart-ment of Metallurgical & Materials Engineering, Kharagpur 721302India

Composite Materials: Session V

Wednesday PM Room: Honolulu Suite IIJuly 15, 1998 Location: Tapa Towers

Session Chairs: O. T. Inal, New Mexico Tech., Materials andMetallurgical Engineering Department, Socorro, NM 87801, USA;Kyung Sub Lee, Hanyang University, Seoul, Korea

7:00 PM INVITED PAPERINTERFACES IN COATED GRAPHITE/MAGNESIUM COMPOS-ITES: Jing Zhu 1; 1Tsinghua University, China

7:20 PMKINETICS OF METAL ORGANIC CHEMICAL VAPOUR INFIL-TRATION AND MICROSTRUCTURES OF AMORPHOUS ANDNANO-CRYSTALLINE ZrO2 INCORPORATED INTO PAR-TIALLY SINTEARED MoSi2 MATRIX: Noboru Yoshikaw a1; ShojiTaniguchi1; Atsushi Kikuchi1; 1Tohoku University, School of Metal-lurgy, Division of Engineering, Graduate Schools, Aoba-ku, Sendai,Miyagi Japan

7:40 PMMATERIALS CHARACTERIZATION OF POLYPROPYLENE/TinAND POLYPROPYLENE/ALUMINUM MECHANICAL ALLOY:W. J .D. Shaw 1; M. A. Fraser1; 1University of Calgary, Department ofMechanical Engineering, Calgary, Alberta Canada

8:00 PMFIRST-PRINCIPLES CALCULATIONS OF INTERFACES IN MA-TERIALS: GRAIN BOUNDARIES IN SiC AND SiC/METAL IN-TERFACES: Masanori K oh yama 1; John Hoekstra1; 1Osaka NationalResearch Institute, Department of Material Physics, Agency of Indus-trial Science and Technology, 1-8-31 Midorigaoka, Ikeda, Osaka 563Japan

8:20 PMCHARACTERIZATION OF CREEP CRACKING IN CARBONFIBER/EPOXY COMPOSITE: S. Y. Zhang 1; 1Chinese Academy ofSciences, Institute of Mechanics, Beijing 100080 China

8:40 PMTHE INFLUENCE OF MICROSTRUCTURAL DAMAGE ON THETHERMAL PROPERTIES OF CMC’s: K. R. McDonald 1; F. W. Zok1;J. R. Dryden2; A. Majumdar3; 1University of California, Materials De-partment, Santa Barbara, CA 93106 USA; 2University of WesternOntario, Department of Mechanical and Materials Engineering, Lon-don, Ontario Canada; 3University of California, Mechanical Engineer-ing Department, Berkeley, CA 94720 USA

9:00 PMROLE OF REINFORCEMENTS ON THE CREEP BEHAVIOR OFAl-SiC COMPOSITES: Kamal J anghorban 1; 1Shiraz University,Department of Materials Science and Engineering, Shiraz Iran

9:20 PMMODELLING OF ELECTRICAL DISCHARGE MACHININGFOR CERAMIC COMPOSITES: Constantin Opran 1; 1PolitechnicaUniversity of Bucharest

WEDNESDAY PM

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General Abstracts: Session IV

Wednesday PM Room: Iolani Suite IJuly 15, 1998 Location: Tapa Towers

Session Chairs: M. A. Otooni, USA Science and TechnologyCenter-Far East, Japan; Ildong Choi, Korea Maritime University,Korea

7:00 PMSTRENGTHENING MECHANISM OF Al MATRIX COMPOSITESREINFORCED BY SHAPE MEMORY ALLOY: Gyu Chang Lee 1;Young Chul Park2; 1Research Institute of Industrial Science and Tech-nology (RIST), #32 Hyoja-Dong, Nam-Ku, Pohang City, Kyungbuk790-330 Korea; 2Dong-A University, Department of Mechanical En-gineering, Pusan Korea

7:20 PMMICROSTRUCTURE AND MECHANICAL PROPERTIES OF Al/TiNip SHAPE MEMORY COMPOSITES FABRICATED BY POW-DER METALLURGY: Changhun Han 1; Busob Kim1; Ildong Choi2;Ikmin Park1; Kyongmox Cho1; Deukman An3; 1Pusan National Uni-versity, Dept. of Metall. Eng., Pusan 609-735 Korea; 2Korea MaritimeUniversity, Dept. of Mat. Engineering, Pusan 606-791 Korea; 3PusanNational University, Dept. of Mech. and Product Eng., Pussan 609-735 Korea

7:40 PMEXPOSURE EXPERIMENT ANALYSIS OF AUTOMOTIVE STEELSHEET COMBINATION SPECIMENS SUBJECTED TO FOURKINDS OF CLIMATES: Xinling Li 1; 1Manufacture Tech. Ins. DongfengMotor Corp.

8:00 PMAUSTEMPERING TEMPERATURE - MECHANICAL PROPERTYRELATIONSHIP IN UNALLOYED DUCTILE IRON AUSTEM-PERED IN THE TEMPERATURE RANGE 325ϒϒϒϒϒC - 375ϒϒϒϒϒC: J. Zimba 1;D. J. Simba1; E. Navara1; O. S. Chinyamakobru1; 1University of Zimba-bwe, Met. Eng. Dept., P.O. Box MP167, Mount Pleasant, Harare Zim-babwe

8:20 PMTHE STUDY ON THE CYCLE LIFETIME OF Mn/Ni/Co,Mn/AlCOMPOUND AND Ni-MH BATTERY: J. Wu 1; 1Central Iron andSteel Research Inst., China

8:40 PMDIFFUSION BARRIER PROPERTY OF TiC BETWEEN Si ANDCu: Hidetsugu Mori 1; Takeshi Okada1; Masanori Murakami1; 1KyotoUniversity, Division of Material Science and Engineering, GraduateSchool of Engineering, Kyoto 606-01 Japan

9:00 PMCERAMIC ELECTROSTATIC CHUCKS MADE BY SLIP-CAST-ING AND FIRING ON METAL SUBSTRATES: Guo Quan Lu 1;1Virginia Polytechnic Institute and State University, Department ofMaterials Science and Engineering and the Bradley Department ofElectrical and Computer Engineering, Blacksburg, VA 24061 USA

9:20 PMTANTALUM SILICIDE SPUTTERING TARGET MATERIAL FORAMORPHOUS Ta-Si-N DIFFUSION BARRIER FOR Cu METAL-LIZATION : Eug ene Y Ivano v 1; 1Tosoh SMD Inc., R&D AdvancedMaterials Group, 3600 Gantz Rd., Grove City, OH 43213 USA

9:40 PMELECTRICAL AND FATIGUE FAILURE PROPERTIES OF PLAS-TIC BALL GRID ARRAY ASSEMBLIES-EFFECT OF THERMALSHOCK: Q. H. Tang1; Y. C. Chan1; C. M.L. Wu1; J. K.L. Lai1; 1CityUniversity of Hong Kong, Department of Electronic Engineering,Department of Physics and Materials Science, Tat Chee Avenue Kowlno,Hong Kong China

Hydrogen Absorbing Materials: Session I

Wednesday PM Room: Tapa Ballroom IIIJuly 15, 1998 Location: Tapa Towers

Session Chairs: G. Sandrock, Suna Tech Inc., Ringwood, NJ07456, USA; Chongyu Wang, China

7:00 PM INVITED PAPERA STUDY ON THE DEVELOPMENT OF OVER-STOICHIOMET-RIC Zr-Ti-Mn-V-Ni HYDROGEN STORAGE ALLOY WITHHIGH CAPACITY AND HIGH RATE CAPABILITY FOR Ni-MHRECHARGEABLE BATTERY: Dong-Myung Kim 1; Jai-Young Lee1;1Korea Advanced Institute of Science and Technology, Department ofMaterials Science and Engineering, 373-1 Kusong-dong, Yusong-gu,Taejon Korea

7:20 PM INVITED PAPERSTATE-OF-THE-ART OF HYDROGEN STORAGE IN REVERS-IBLE METAL HYDRIDES: G. Sandr oc k1; M. A. Imam2; 1Suna Tech,Inc., 113 Kraft Place, Ringwood, NJ 07456 USA; 2Naval ResearchLaboratory, Code 6320, Washington, DC 20375 USA

7:40 PMHYDROGEN STORAGE VIA REVERSIBLE CYCLOAKANE DE-HYDROGENATION CATALYZED BY A SOLUBLE IRIDIUMHYDRIDE COMPLEX: Craig M. Jensen 1; Mukta Gupta1; NathanMariels1; Ragaiy A. Zidan1; Steve Guthrie1; Esther Pak1; Chrystel Hagen1;1University of Hawaii, Dept. of Chemistry, Honolulu, HI 96822 USA

8:00 PMCATALYTIC DEHYDROGENATION OF SODIUM ALUMINUMHYDRIDES: Ragaiy A. Zidan 1; Craig M. Jensen1; 1University ofHawaii, Hawaii Natural Energy Institute, Honolulu, HI 96822 USA

8:20 PMCRYSTAL STRUCTURE AND HYDROGEN ABSORPTION PROP-ERTIES OF La-RICH La(Ni,M)*(x=3~5) MELT-SPUN RIBBONS:M. Okada 1; T. Kuriiwa1; T. Tamura1; H. Takamura1; H. Nakamura1;1Tohoku University, Department of Materials Science, Graduate Schoolof Engineering, Sendai 980-77 Japan

8:40 PMHYDROGEN INTERACTION WITH QUISICRYSTALLINEZrCuNiAl ALLOY: N. Eliaz 1; D. Eliezer1; D. Zander1; U. Koster1;1Ben-Gurion University of the Nagev, Dept. of Materials Eng., P.O.Box 653, Beer Sheva 84105 Israel

9:00 PMGAS DIFFUSION IN SINGLE CRYSTAL OXIDES: James E.Shelby 1; 1Alfred University, NYS College of Ceramics, Alfred, NY14802 USA

9:20 PMEFFECT OF PROCESSING PARAMETERS ON THE STRUCTURE,MORPHOLOGY AND HYDROGEN STORAGE PROPERTIESOF Mg-BASED MULTI-COMPONENT ALLOYS: Krishna Sapru 1;L. Ming1; J. Evans1; N. T. Stetson1; 1Energy Conversion Devices, Inc.,1675 West Maple Road, Troy, MI 48084 USA

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9:40 PMEFFECT OF Cr ADDITION ON THE CYCLE LIFE OF Ti-BASEDALLOY ELECTRODES FOR Ni/MH RECHARGEABLE BATTERY:Ji-Sang Yu1; Ho Lee1; Kuk-Jin Jang1; Jai-Young Lee1; 1Korea AdvancedInstitute of Science and Technology, Department of Materials Scienceand Engineering, 373-1 Kusong-dong, Yusong-gu, Taejon 305-701 SouthKorea

Light Metals: Session V

Wednesday PM Room: Honolulu Suite IIIJuly 15, 1998 Location: Tapa Towers

Session Chairs: Fanxiu Lu, China; Min-Koo Han, Seoul NationalUniversity, Korea

7:00 PMPROCESS PLANNING FOR LAYERED MANUFACTURING US-ING HETEROGENEOUS CAD MODELS: Debasish Dutta 1; VinodKumar1; 1University of Michigan, Mechanical Engineering Dept, 2250G G Brown Labs, Ann Arbor, MI 48109-2125

7:20 PMCALORIMETRIC STUDY OF PRECIPITATION KINETICS IN Al-Mg-Si-X(Cr,Be) ALLOY: Kee-Do Woo 1; Jong-Soo Lee2; Jin-Ho Jeong2;Dong-Keon Kim1; Sug-Wong Kim1; 1Chonbuk National University(RIAMD), Faculty of Advanced Materials Engineering, Chonbuk 560-756 Korea; 2Chonbuk National University, Department of Metallurgi-cal Engineering, Chonbuk 560-756 Korea

7:40 PMON SILICON PHASE IN Al-Mg2Si ALLOYS WITH EXCESS SILI-CON: A. D . Shan 1; I. G. Moon2; J. E. Yoo3; H. S. Kim2; J. Y. Chang2; H.S. Ko2; J. W. Park2; 1Shanghai Jiao Tong University, Department ofMater. Sci., Shanghai 200030 P.R.China; 2Korea Institute of Scienceand Technology, Division of Metals, P.O. Box 131, Cheongryang,Seoul 130-650 Korea; 3Iljin Corporation, Metals Lab., Dowha, Mapo,Seoul 121-040 Korea

8:00 PMREFINEMENT OF SECOND PHASE IN Al-Ti BASE ALLOYS BYREPEATED WORKING: Atsuki K urihar a1; Goroh Itoh1; 1NagaokaUniversity of Technology, Kami-Toioka, Nagaoka, Niigata-pref 94021Japan

8:20 PMEFFECTS OF T4 AND T6 TEMPERS ON POST SEMI-SOLIDFORMED 319 ALUMINUM ALLOY: E. Cerri 1; E. Evangelista1; S.Spigarelli1; S. Paddon2; 1Ancona University, Mechanical Dept., viaBrecce Bianche, Ancona 60131 Italy; 2O. S. U., Mechanical Eng. Dept.,Carvallis, OR USA

8:40 PMELECTRON BEAM SURFACE PROCESSING TO STUDY PHASESELECTION IN 3xxx SERIES Al ALLOYS: L. Carroll 1; K. A.O’Reilly1; B. Cantor1; P. V. Evans2; 1University of Oxford, OxfordCentre for Advanced Materials and Composites, Department of Mate-rials, Prks Road, Oxford OX1 3PH UK; 2Alcan Internatinal Limited,Banbury Laboratory, Southam Road, Banbury, Oxon OX16 7SP UK

9:00 PMTHE INTERFACE PROPERTIES OF SQUEEZE CAST ALUMINIUMALLOY A356 LOCALLY REINFORCED WTH Al2O3 SHORTFIBRE: M. J. Fuller 1; B. Cantor1; S. Gungor1; M. J. Hughes2; 1Univer-sity of Oxford, Oxford Centre for Advanced Materials and Composites,Department of Materials, Oxford OX 3PH UK; 2Lucas Varity Ad-vanced Behicle Systems Development, Shirley, Solihull B90 4JJ UK

9:20 PMEFFECT OF EXTRUSION TEMPERATURE ON THE CRYSTAL-LOGRAPHIC TEXTURE IN Al-Li-Cu ALLOYS: K. V. J ata 1; 1AirForce Research Laboratory/MLLM, Wright Patterson Air Force Base,OH 45433-7178 USA

Materials for Microelectronics and Elec-tronic Packaging: Session II

Wednesday PM Room: Honolulu Suite IJuly 15, 1998 Location: Tapa Towers

Session Chairs: M. Murakami, Japan; Zongguang Wang, ShanghaiJiao Tong University, China

7:00 PM INVITED PAPERTHE RELIABILITY OF METALLIC ELEMENTS IN MICROELEC-TRONICS: J. W. Morris 1; Seung-Hyuk Kang1; 1University of Califor-nia, Department of Material Science, Berkeley and Center for Ad-vanced Materials, Lawrence Berkely Laboratory, 1 Cyclotron Road,Berkeley, CA 94720 USA

7:20 PMEFFECT OF DEFECTS ON THE MECHANICAL PROPERTIES OFSn-Ag-Cu SOLDER JOINTS: I. Anderson 1; J. Foley1; O. Unal1;1Ames Laboratory

7:40 PMCHIP ON BOARD FOR MILITARY AVIONICS APPLICATIONS:David Star k 1; Viswarm Puligandla1; Mark Staller1; 1Ratheon (TI) Sys-tems, 2501 South Highway 121, Lewisville, TX 75067 USA

8:00 PMMECHANICAL RELIABILITY OF SOLDER INTERCONNECTSIN MULTICHIP MODULES (MCMS): K. Ling a Murty 1; Hong Yang2;Phillip Deane3; Iwona Turlik4; 1North Carolina State University, Ra-leigh, NC 27695-7909 USA; 2MCNC Electronic and Information Tech-nologies, RTP, NC 27709-2889 USA; 3Flip Chip Technologies, Phoe-nix, AZ 85034 USA; 4Motorola, Schaumburg, IL 60196-1078 USA

8:20 PMPROTOTYPE CIRCUIT BOARDS ASSEMBLED WITH NON-Pb-BEARING SOLDERS: P. T. Vianco 1; J. A. Rcjent1; 1Sandia NationalLaboratories, Albuquerque, NM USA

8:40 PMMOISTURE SENSITIVITY AND RELIABILITY OF 28 LEAD TSOP:Rao Mahidhara 1; Jack Belani1; 1Cypress Semiconductor Corporation,M/S:2.1, 2901 North First Street, San Jose, CA 95134 USA

9:00 PMSURFACE CONDITION OF PLASTICS FOR METALLISATIONWITH HYDROGEN PEROXIDE: Luiz A. Teixeir a1; 1Catholic Uni-versity of Rio de Janeiro, Dept. Materials Science and Metallurgy, CP.38008 - Gavea, Rio de Janeiro, RJ 22453-900 Brazil

9:20 PMCONTINUM MODELING OF SOLDER INTERCONNECTS —INFLUENCE OF GEOMETRY AND LOADING VARIATIONS TMFLIFETIME: S. N . Bur chett 1; M. K. Neilsen1; P. T. Vianco1; D. R. Frear1;1Sandia National Lab at Albuquerque, Albuquerque, NM 87185 USA

9:40 PMIN-SITU COMPOSITE SOLDERS FOR IMPROVED RELIABIL-ITY: K. N . Subr amanian 1; T. R. Bieler1; J. P. Lucas1; 1Michigan StateUniversity

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Phase Transformations and Their Applica-tions: Session V

Wednesday PM Room: Tapa Ballroom IIJuly 15, 1998 Location: Tapa Towers

Session Chairs: K. C. Chen, Los Almos National Laboratory, LosAlamos, NM 87545, USA; M. Nemoto, Kyushu University, Depart-ment of Materials Science and Eng., Fukuoka, Japan

7:00 PMISOTHERMAL TRANSFORMATION OF Au-47.5at%Cd ALLOY:X. Ren 1; T. Ohba2; S. Yamada1; K. Otsuka1; 1University of Tsukuba,Institute of Materials Science, Tsukuba, Ibaraki 305 Japan; 2TeikyoUniversity, Department of Materials Science and Engineering, Ut-sunomiya 320 Japan

7:20 PM ABSTRACT TITLE NOT AVAILABLE

7:40 PMORDER-MESOSCOPIC TRANSFORMATION IN COMPOUNDSEMICONDUCTOR In2Te3: Satoko Abe 1; Eiki Inoue1; YoshioNakamura1; Osamu Nittono1; 1Tokyo Institute of Technology, Depart-ment of Metallurgical Engineering, Oh-okayama, Meguro-ku, Tokyo152 Japan

8:00 PMTHEORETICAL INVESTIGATION OF THE CUBIC TO TETRAGO-NAL TRANSITION IN ZrO2-BASED ALLOYS: Junji Katamura 1;Yuichi Ikuhara1; Taketo Sakuma1; 1University of Tokyo, Departmentof Materials Science, Faculty of Engineering, 7-3-1 Hongo, Bunkyo-ku, Tokyo 113 Japan

8:20 PMMICROANALYSIS OF MODULATED STRUCTURE IN ZIRCO-NIA CERAMICS: N. Shibata 1; J. Katamura1; Y. Ikuhara1; T. Sakuma1;1The University of Tokyo, Department of Science, Faculty of Engi-neering, 7-3-1 Gibgi, Bunkyo-ku, Tokyo 113 Japan

8:40 PMSHORT RANGE ORDER IN Ni4Mo STUDIED BY QUANTITATIVEHIGH RESOLUTION TRANSMISSION ELECTRON MICROS-COPY: S. Hata 1; T. Mitate1; S. Matsumura2; N. Kuwano1; K. Oki1; D.Shindo3; 1Kyushu University, Department of Materials Science andTechnology, Kasuga 816 Japan; 2Kyushu University, Department ofNuclear Energy; 3Tohoku University, Institute for Advanced MaterialsProcessing, Sendai Japan

9:00 PMPHASE TRANSITION IN (NdxSml-x)AlO3: STRUCTURAL BE-HAVIOR CHARACTERIZED BY IONIC RADIUS AND TEM-PERATURE: Hiroyuki Horiuc hi1; Akihiro Saitow1; Toetsu Shishido2;Akira Yoshikawa2; Tsuguo Fukuda2; Atsushi Inoue3; Tadato Mizota3;1University of Tokyo, Mineralogical Institute, Graduate School of Sci-ence, Tokyo 113 Japan; 2Tohoku University, Institute for MaterialsResearch, Katahira, Sendai 980 Japan; 3Yamaguchi University, Depart-ment of Advanced Materials Science and Engineering, Yamaguchi, 753Japan

9:20 PMHYDROGEN EMBRITTLEMENT OF DUPLEX STAINLESS STEEL:A. Vanono 1; G. Solovioff1; E. Abramov1; D. Eliezer1; 1Ben-Guron Uni-versity, Beer-Sheva Israel

Smart Materials and Processing: Session I

Wednesday PM Room: Iolani Suite VJuly 15, 1998 Location: Tapa Towers

Session Chairs: A. Bhalla, Pennsylvania State University, 253Materials Research Laboratory, University Park, PA 16802, USA;Lianchen Zhao, Harbin Institute of Technology, China

7:00 PMSHAPE MEMORY EFFECTS AND MICROSTRUCTURE OF RuTaHIGH-TEMPERATURE SHAPE MEMORY: Kanryu Inoue 1; KiyoshiMizuuchi2; Gabriel Wrignt1; Jun-Hee Lee1; Yo Thomota1; 1Universityof Washington, Materials Science and Engineering, Box 35120, Se-attle, WA 98195-2120 USA; 2Osaka Municipal Technical ResearchInsitute, Osaka 536 Japan

7:20 PMMICROSTRUCTURE AND MECHANICAL PROPERTIES OFTiPd-SMA FIBER/Ti MATRIX SMART COMPOSITES: KiyoshiMizuuc hi1; Kenichi Hamada2; Kanryu Inoue3; Minoru Taya2; KazuyukiEnami4; Kiyoshi Yamauchi4; 1Osaka Municipal Technical ResearchInstitute, Osaka 536 Japan; 2University of Washington, MechanicalEngineering, Seattle, WA 98195-2600 USA; 3University of Washing-ton, Materials Science and Engineering, Seattle, WA 98195-2120 USA;4Ryukoku University, Department of Mechanical and System Engi-neer, Otsu 520-01 Japan

7:40 PMIN SITU OBSERVATION OF MARTENSITIC TRANSFORMATIONIN SHAPE MEMORY ALLOYS: Lijuan Sun 1; 1Beijing University ofAeronautics and Astronautics, Beijing China

8:00 PMAGING EFFECT ON STRUCTURE AND SHAPE MEMORY PROP-ERTY OF TiNiPd ALLOY: Hubin Xu 1; 1Beijing University of Aero-nautics and Astronautics, Beijing China

8:20 PMNiTi SHAPE MEMORY ALLOYS PRODUCED BY ELECTRONBEAM MELTING:PRELIMINARY RESULTS: J. Otubo 1; P. R. Mei1;S. Koshimizu2; L. G. Martinez2; 1State University of Campinas, Dept.of Materials Engineering, Campinas S.P.13083-970 Brazil; 2IPEN/CNEN, Dept. of Engineering and Materials Science, S.Paulo S.P. 05508-900 Brazil

8:40 PMNi-FREE Ti-BASED SHAPE MEMORY ALLOYS AND THEIRMECHANICAL PROPERTIES: Hiroyuki Tada 1; Hideki Hosoda2; M.Takeuchi1; Kenichi Hamada3; Kiyoshi Mizuuchi4; Kiyoshi Aoki5; KanryuInoue3; 1Horikawa Corporation, Sabae, Fukui Japan; 2Tohoku Univer-sity, Institute of Metals Research, Sendai Japan; 3University of Wash-ington, Materials Science and Engineering, Box 352120, Seattle, WA98195-2120; 4Osaka Municipal Technical Research Institute, Osaka536 Japan; 5Kitami Institute of Technology, Kitami, Hokkaido Japan

9:00 PMEFFECTS OF THERMAL CYCLING ON MARTENSITIC TRANS-FORMATION TEMPERATURES IN Ti-Ni-Cu SHAPE MEMORYALLOYS: Tae Hyun Nam 1; Sung Soo Cha1; Gwang Soo Ha1; 1GyeongSang National University, Department of Metallurgical and MaterialsEngineering, Chinju, Gyeong Nam 660-701 Korea

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9:20 PMSHAPE RECOVERY STRESS OF Ti-Ni and Ti-Ni-Cu SHAPEMEMORY ALLOYS: Tae Hyun Nam 1; Gwang Soo Ha1; Gyu BongCho1; 1Gyeong Sang National University, Department of Metallurgicaland Materials Engineering, Chinju, Gyeong Nam 660-701 Korea

9:40 PMEFFECTS OF PRODUCTION METHODS ON TREATING OF Ni-Ti SHAPE MEMORY ALLOYS: F. M. J . Zar andi 1; R. Sharghi1;1Sharif University of Technology, Department of Metallurgical Engi-neering, Tehran 11365-9466 Iran

Welding & Laser Processing: Session II

Wednesday PM Room: Iolani Suite IIIJuly 15, 1998 Location: Tapa Towers

Session Chairs: J. Mazumder, University of Michigan, Center forLaser Aided Intelligent Manuf., Ann Arbor, MI 48109-2125, USA; T.Kelly, GE Aircraft Engine Co., Cincinnati, OH 45215-6301, USA

7:00 PM INVITED PAPERDEFORMATION BEHAVIOUR OF 7075Al/ SiCp COMPOSITEDURING MULTI-PASS DEFORMATION AT HIGH TEMPERA-TURES: D. Yu1; A. Razaghian1; H. Asanuma2; T. Chandra1; 1WollongongUniversity, Department of Materials Engineering, Wollongong NSW,2522 Australia; 2Chiba City, Department of Mechanical Engineering,Chiba City 263 Japan

7:20 PMTHE EFFECT OF INCLUSIONS AND AUSTENITE GRAIN SIZEON THE IMPACT OF A NEWLY DEVELOPED LOW-CARBONSTEEL WELD METAL: J. M. Blac kb urn 1; A. Brandemarte1; A. G.Fox2; 1Naval Surface Warfare Center, Carderock Division, 9500MacArthur Blvd, West Bethesda, MD 20817-5700 USA; 2Naval Post-graduate School, Center for Materials Science and Engineering,Monterey, CA 93943 USA

7:40 PMLASER SHOCK PROCESSING ON CVD ALUMINA COATEDCARBIDE INSERTS: Jong Kook Park 1; Patrick Kwon1; K. Muhkerjee1;1Michigan State University, Department of Materials Science and Me-chanics, East Lansing, MI 48824 USA

8:00 PMTHE EFFECT OF THE SURFACE CLEANING STATE ON THESHEAR STRENGTH FOR STEEL/EPOXY/STEEL JOINTS: AstridDamasco 1; Nelson G. Alcantara1; Itamar Ferreira2; 1Universidade Fed-eral de Sao Carlos, Department of Materials Engineering, Via Washing-ton Luiz, km 235, Caixa Postal 147, Sao Carlos, SP 13565-905 Brazil;2Universidade Estadual de Campinas - UNICAMP, Department of Ma-terials Engineering, Caixa Postal 6122, Caminas, SP 13083-970 Brazil

8:20 PMTHE EFFECT OF WELDING CONDITIONS ON FCAWHARDFACING ABRASION RESISTANCE: O. S. Hernandez 1; N.G. Alcantara1; 1Federal University of Sao Carlos, Sao Carlos Brazil

8:40 PMRESIDUAL STRESS ELIMINATION IN NICKEL 690 ALLOYSWELDS: Weite Wu1; 1I-Shou University, 1, Section 1, Heueh-ChengRoad, Ta-Hsu Hsiang, Kauhsiung County, Taiwan 840 R.O.C.

General Abstracts: Session V

Thursday AM Room: Iolani Suite IJuly 16, 1998 Location: Tapa Towers

Session Chairs: P. Mukhopadhyay, Advanced Center for ResearchElectronics, Powai 400076, Bombay; C. L. Lobley, University ofLondon, Dept. of Materials, London E1 4NS, UK

8:30 AMLCF BEHAVIOR OF A NEW TYPE ON DS SUPERALLOY ATINTERMEDIATE TEMPERATURE: Jianting Guo 1; Liao Ebin1; 1Insti-tute of Metal Research

8:50 AMA NEW ALLOY DESIGN METHOD FOR NICKEL-BASE SINGLECRYSTAL SUPERALLOYS: Z. Q . Chen 1; Y. F. Han1; Z. G. Zhong1; P.Y. Wei1; M. G. Yan1; 1Beijing Institute of Aeronautical Research

9:10 AMROLE OF Mn DISPERSOID ON THE LOW CYCLE FATIGUEAND HIGH CYCLE FATIGUE IN WELDABLE HIGH STRENGTHAl-Zn-Mg-Mn ALLOY: D. H. Lee 1; 1Korea Advanced Institute ofScience and Technology

9:30 AMA MOSSBAUER SPECTROSCOPIC STUDY ON THE MECH.ALLOYED Fe-B AMORPHOUS AND NANOCRYSTALLINE AL-LOYS: Q. S. Li 1; 1Guangdon University of Technology, China

9:50 AM INVITED PAPEROBSERVATIONS ON THE INSTABILITIES OF THICK DIAMONDFILM GROWTH BY HIGH POWER DC ARC PLASMA JET:Fanxin Lul 1; 1University of Science and Technology, Beijing China

10:10 AM INVITED PAPERLOW TEMPERATURE CVD TECHNIQUE FOR DIAMOND : AkioHiraki 1; 1Kochi University of Technology and Osaka University, Japan

10:30 AM INVITED PAPERPLANARIZATION OF CVD DIAMOND FILMS BY REACTIONWITH IRON BASED ALLOYS AT HIGH TEMPERATURES: J. D.Ayer s 1; J. Lee1; K. P. Cooper1; H. N. Jones1; J. E. Butler1; 1Agency forDefence Development Korea

10:50 AMEFFECT OF PRESSURE ON THE QUALITY OF DIAMOND FILMSPREPARED BY DC ARC PLASMA JET METHOD: G. F. Zhoug 1;1University of Science and Technology, Beijing China

11:10 AMFORMATION OF THE DIAMOND THIN FILMS FOR THE SODSTRUCTURE: You-Seong Lee 1; Kae-Myoung Lee1; Kwang-Man Lee1;Jaeong-Dae Ko1; Chi-Kyu Choi1; Young-Joon Baik2; 1Cheju NationalUniversity, Dept. of Physics, Ara 1-Dong, Cheju 690-756 Korea; 2Ko-rea Institute of Science & Technology, Division of Ceramics, Cheon-gryang, Seoul 130-650 Korea

THURSDAY AM

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Intermetallics: Session IV

Thursday AM Room: Tapa Ballroom IIIJuly 16, 1998 Location: Tapa Towers

Session Chairs: P. I. Ferreira, Institute de Pesquisas, Energeticas eNucleares, Sao Paulo-SP 05587-020, Brazil; Zuging Sun,University of Science & Technology, Department of MaterialsScience & Engineering, Beijing, China

8:30 AMMICROSTRUCTURE AND DUCTILITY OF MULTI-PHASE IN-TERMETALLIC ALLOYS IN THE Ni-Si-Ti SYSTEM: Nob uakiSekido 1; Seiji Miura2; Yoshinao Mishima1; 1Tokyo Institute of Tech-nology, Nagatsuta, Midori-ku, Yokohama 226 Japan; 2Hokkaido Uni-versity, Division of Materials Science and Engineering, 13N8W, Kita-ku, Sapporo 060 Japan

8:50 AMSUPERPLASTICITY IN MONOLITHIC INTERMETALLICS: W. Y.Kim 1; S. Watanabe1; S. Hanada1; T. Sakai1; 1Tohoku University, Insti-tute for Materials Research, Sendai 980-77 Japan

9:10 AMHIGH PRESSURE RAMAN AND X-RAY DIFFRACTION INVES-TIGATIONS OF THE HIGH PRESSURE PHASES OF SPIN-PEICOMPOUND CuGeO3: A. Jayaraman 1; S. K. Sharma1; L. C. Ming1;1University of Hawaii, Hawaii Institute of Geophysics and Planetology,2525 Correa Road, Honolulu, HI 96822 USA

9:30 AMGRAIN GROWTH MECHANISM OF TUNSTEN CARBIDE DUR-ING LIQUID PHASE SINTERING: H. S. Ryoo 1; S. K. Hwang1; 1InhaUniversity, Dept. of Metallurgical Eng., 253 Younghyun-Dong, Nam-Ku, Inchon 402-751 Korea

9:50 AMEFFECTS OF SUPERHEAT AND GROWTH RATE ON THE CRYS-TAL GROWTH BEHAVIOR OF Ni3Al: Z. Xiao 1; 1Auburn Univer-sity, Materials Research and Education Center, 202 Ross Hall, Auburn,AL 36849 USA

10:10 AMDESIGN OF OXIDATION RESISTANT COATING BASED ON IrAlALLOYS: Hideki Hosoda 1; Toshiki Kingetsu2; Shuji Hanada1; 1TohokuUniversity, Institute of Materials Research, 2-1-1 Katahira, Aoba-ku,Sendai 980-77 Japan; 2Nisshin Steel Company Ltd., Steel & Technol-ogy Development Laboratories, Shin-Kokusai Building, 3-4-1 Maru-nouchi, Chiyoda-ku, Tokyo 100 Japan

10:30 AMPROCESSING AND PROPERTIES OF DUAL PHASE ALLOYSIN THE Nb-Cr-Ti SYSTEM: K. C. Chen 1; D. J. Thoma1; F. Chu1; P. G.Kotula1; C. M. Cady1; G. T. Gray1; P. S. Dunn1; D. R. Korzekwa1; W. O.Soboyejo2; C. Mercer2; 1Los Alamos National Laboratory, Los Alamos,NM 87545 USA; 2The Ohio State University, Columbus, OH 43210USA

10:50 AMALLOY DESIGN STRATEGIES FOR ENHANCED SOLUBILITYRANGES IN MONOLITHIC C15 LAVES PHASES: D. J . Thoma 1;F. Chu1; K. C. Chen1; P. G. Kotula1; 1Los Alamos National Laboratory,Los Alamos, NM 87545 USA

Materials for Microelectronics and Elec-tronic Packaging: Session III

Thursday AM Room: Honolulu Suite IJuly 16, 1998 Location: Tapa Towers

Session Chairs: Yong-Seog Kim, Hong Ik University, Korea; Akio Hiraki, Kochi University of Technology and Osyka University,Japan

8:30 AM INVITED PAPERTANTALUM POWDER FOR SOLID ELECTROLYTIC CAPACI-TORS: Geor ge J . Korinek 1; 1Tantalum-Niobium International StudyCenter (TIC), Rue Washington 40, Brussels 1050 Belgium

8:50 AM INVITED PAPERCONDUCTIVE ANODIC FILAMENT FAILURE: A MATERIALSPERSPECTIVE: Laura J . Turbini 1; W. Jud Ready1; 1Georgia Instituteof Technology, School of Materials Science & Engineering, Atlanta,GA 30332-0245 USA

9:10 AMMECHANICAL PROPERTIES OF STRUCTURAL POLYURE-THANE FOAMS: S. H. Goods 1; C. L. Neuschwanger1; C. C. Henderson1;L. L. Whinnery1; 1Sandia National Laboratories, Materials ReliabilityDepartment, Livermore, CA 94550-0960 USA

9:30 AMINTERFACIAL REACTION BETWEEN COBALT AND SILICON:T. Irie 1; M. Hashimoto1; 1University of Electro-Communications, De-partment of Applied Physics and Chemistry, 1-5-1 Chofaoka, ChofuJapan

9:50 AMTHERMAL-MECHANICAL INTERFACE CRACK ANALYSIS OFA TAB ASSEMBLY: N. H. Yeung 1; C. M.L. Wu1; J KL Lai1; 1Univer-sity of Hong Kong, Department of Physics and Materials Science City,83 Tat Chee Avenue, Hong Kong China

10:10 AMNON-ELECTROLYTIC SILVER PLATING ONTO NON-CON-DUCTING ALUMINA SUBSTRATE: Seung Chul Lee 1; Jae-Ho Lee1;1Hong Ik University, 72-1 Sangsu-dong, Mapo-gu, Seoul Korea

10:30 AMA NOVEL METHOD FOR FABRICATION OF HYDROGENATEDAMORPHOUS SILICON AND HIGH QUALITY POLY-SI FILMSON THE SAME SUBSTRATE BY EMPLOYING EXCIMER LA-SER: Kwon-Y oung Choi 1; Kee-Chan Park1; Min-Koo Han1; 1SeoulNational University, Department of Electrical Engineering, Seoul 151-742 Korea

10:50 AMLATTICE ORIENTATION RELATION OF THE AuIn2 PHASE TOTHE Au MATRIX IN THE ALLOYING PROCESS OF GOLD-INDIUM FILMS ON MICA AND NaCl SUBSTRATES: K. Kifune 1;Y. Kubota1; K. Yamamoto1; T. Tadaki1; 1Osaka Women’s University,Department of Natural Science, Sakai, Osaka Japan

11:10 AMRESIDUAL STRENGTH OF SURFACE MOUNT LEAD-FREE SOL-DER JOINTS AFTER THERMAL CYCLING: N. M. Poon 1; C. M.L.Wu1; J. K.L. Lai1; Y. C. Chan1; 1City University of Hong Kong, Depart-ment of Physics and Materials Science, 83 Tat Chee Avenue, HongKong China

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Melt Processing and Casting: Session II

Thursday AM Room: Iolani Suite VIJuly 16, 1998 Location: Tapa Towers

Session Chairs: T. Watanabe, Corporate R&D LaboratoriesSumitomo Metal Ind. Ltd., Ibaraka, Japan; Ningfu Shen, ZhengzhouUniversity of Technology, China

8:30 AM INVITED PAPERNUMERICAL ANALYSIS OF EFFECTS OF ELECTROMAGNETICBRAKING FORCE ON FLUID FLOW AND HEAT TRANSFER INFLOW CONTROL MOLD: H. S. Nam 1; P. R. Cha1; J. K. Yoon1; K.H. Moon2; D. Y. Sheng1; 1Seoul National University, School of Materi-als Science & Engineering, Seoul Korea; 2POSCO, Kwangyang Techni-cal Research Laboratories, Kwangyang Korea

8:50 AM INVITED PAPERTHE APPLICATION AND DEVELOPMENT OF VANADIUM RE-SOURCES IN PANZHIBUA: Zhong yu Zhao 1; 1Panzhibua Iron &Steel (Group) Co., China

9:10 AMTHE APPLICATION OF A STRONG MAGNETIC FIELD TO MA-TERIALS PROCESSING: Shigeo Asai 1; 1Nagoya University

9:30 AMEFFECTS OF ELECTROMAGNETIC FIELD AND COOLING RATEON INITIAL AND AGING STRUCTURES OF CENTRIFUGALCASTING HEAT-RESISTANT STEEL: Xinqiang Wu1; 1Chinese Acad-emy of Sciences, China

9:50 AMCELLULAR AUTOMATON FINITE DIFFERENCE MODELING OFMORPHOLOGICAL EVOLUTION DURING ALLOY SOLIDI-FICATION: Ralph E. Napolitano 1; Thomas H. Sanders2; 1NationalInstitute of Standards and Technology, Metallurgy Division, Gaithers-burgy, MD USA; 2Georgia Institute of Technology, School of MaterialsScience and Engineering, Atlanta, GA USA

10:10 AMSHORT CAPILLARY VISCOMETER FOR MOLTEN METALS ANDALLOYS: Y. Shir aishi 1; Y. Sakural1; S. Nagasaki1; 1AGNE GijutsuCenter Ltd., Minami-acyama 5-1-25, Kitamura Bldg., Minato-ku 107Japan

10:30 AMPRODUCTION OF FINE COPPER - TiN PARTICLES WITHAMMONIA SPLASHING METHOD: S. Yoko yama 1; N. Itoh1; S.Nishizawa1; M. Kawakami1; 1Toyohashi University of Technology,Dept. of Production Systems Engineering, 1-1 Hibarigaoka, Tempaku-cho, Toyohashi Japan

10:50 AMNEW PARADIGM FOR THE DESIGN OF SAFETY CRITICALCASTINGS: James G. Conley 1; Julie Huang1; 1Northwestern Univer-sity, Mechanical Engineering, 2145 Sheridan Road, Evanston, IL.60208 USA

11:10 AMREFINEMENT OF THE MICROSTRUCTURE IN HYPER-EUTEC-TIC Al-Si ALLOYS BY ELECTROMAGNETIC VIBRATIONS:Kenji Miw a1; Alireza Radjai2; Toshiyuki Nishio1; 1National IndustrialResearch Institute of Nagoya, AIST, MITI, 1-1 Hirate-cho, Kita-ky,Nagoya 462 Japan; 2Shiraz University, Department of Materials Sci-ence & Engineering, School of Engineering, Shiraz Iran

11:30 AMSOLIDIFICATION PROCESS OF SILICON FROM HIGH UN-DERCOOLED MELTS BY ELECTROMAGNETIC LEVITATIONMETHOD: Tomotsugu Ao yama 1; Yuzuru Takamura1; KazuhikoKuribayashi1; 1The University of Tokyo, The Institute of Space andAstronautical Science, 3-1-1 Yoshinodai, Sagamihara, Kanagawa 229Japan

Phase Transformations and Their Applica-tions: Session VI

Thursday AM Room: Tapa Ballroom IIJuly 16, 1998 Location: Tapa Towers

Session Chairs: Baixin Liu, Tsinghua University, Beijing, China; S.Ladokhin, National Academy of Sciences of Ukraine, Physico-Technological Institute of Metals and Alloys, Kiev-142 252680,Ukraine

8:30 AMDIFFUSE SCATTERING AND HUANG SCATTERING IN Al-BASEDICOSAHEDRAL QUASICRYSTALS: M. Mori 1; T. Ishimasa2; M.Tanaka3; S. Sasaki4; 1Nogoya University, School of Informatics andSciences, Nagoya Japan; 2Nagoya University, Department of NuclearEngineering, School of Engineering; 3KEK, Photon Factory, Tsukuba305 Japan; 4Tokyo Institute of Technology, Materials and StructuresLaboratory, Yokohama 226 Japan

8:50 AMLOCAL ATOM DISPLACEMENTS AROUND CRYSTAL LATTICEDEFECTS INDUCING PHASE TRANSFORMATIONS STUDIEDBY MOLECULAR DYNAMICS SIMULATION: Shunsuke Muto 1;Munetaka Takeuchi2; Yuji Masuda2; Tetsuo Tanabe1; 1Nagoya Univer-sity, Center for Integrated Research in Science and Engineering (CIRSE),Furo-cho, Chikusa-ku, Nagoya 464-01 Japan; 2Fujitsu Ltd., 1-9-3Nakase, Mihama-ku, Chiba 261 Japan

9:10 AMTEM AND ELECTRON DIFFACTION STUDY ON STRUCTUREAND PHASE TRANSFORMATION OF NANOMETER-SIZED Fe-Ni ALLOY PARTICLES: T. Tadaki 1; K. Asaka2; Y. Sechi2; Bian Bo2; T.Ohkubo2; Y. Hirotsu2; 1Osaka Women’s University, Dept. of NaturalScience, Ibaraki, Osaka 567 Japan; 2Osaka University, ISIR, Ibaraki,Osaka 567 Japan

9:30 AMPHASE TRANSFORMATION OF (Bi1-x Cax)MnO3 STUDIED BYTEM WITH ENERGY FILTERING: D. Shindo 1; Y. Murakami1; H.Chiba2; M. Kikuchi2; Y. Syono2; 1Tohoku University, Institute forAdvanced Materials Processing, Katahira 2-1-1, Sendi 980-77 Japan;2Tohokyu University, Institute for Materials Research, Katahira 2-1-1980-77 Japan

9:50 AMAUSTENITE FORMATION AND ALLOY CARBIDE DISSOLU-TION IN Fe-Cr-C STEELS DURING HEATING: Dmitry V. Shtansky 1;Kiyomichi Nakai1; Yasuya Ohmori1; 1Ehime University, Departmentof Materials Science and Engineering, Faculty of Engineering, 3 Bunkyo-cho, Matsuyama 790 Japan

10:10 AMEFFECTS OF ALLOYING ELEMENTS IN THE INTRAGRANULARPRECIPITATION IN Cu-Be ALLOY: Masamic hi Miki 1; KazutakaMorita1; Shuhei Ishikawa2; Yoshikiyo Ogino1; 1Himeji Institute of Tech-nology, Department of Materials Science and Engineering, Faculity of

26

Engineering, Himeji 671-22 Japan; 2NGK Insulators Ltd., Metal Divi-sion

10:30 AMROLE OF THE INTERLAMELLAR SPACING OF PEARLITE INTHE DILATOMETRIC CHARACTERIZATION OF PEARLITE-TO-AUSTENITEON TRANSFORMATON IN A LOW CARBON STEEL:C. García de Andrés 1; C. Capdevila1; F. G. Caballero1; 1CENIM-CSIC,Departamento Metalurgia Fisica, Adva Gregorio del Amo, 8, Madrid,28040 Spain

10:50 AMABNORMAL GRAIN GROWTH IN BaTiO3: T. Sakuma 1; T.Yamamoto1; 1The University of Tokyo, Tokyo, Japan

Smart Materials and Processing: Session II

Thursday AM Room: Iolani Suite VJuly 16, 1998 Location: Tapa Towers

Session Chairs: Suk-Joong L. Kang, Taejon, Korea;K. Otsuska, Japan

8:30 AM INVITED PAPERTHE NANO-CERAMIC RESEARCH AND ITS PROSPECT INCHINA: Jing Lyn Guo 1; 1Shanghai Institute of Ceramics, ChineseAcademy of Sciences, Shanghai China

8:50 AMMECHANICAL PROPERTIES IN Al94Cr1Mn3Cu2 ALLOYSTRENGTHENED BY NANOQUASICRYSTALLINE PARTICLES:Kenji Hig ashi 1; Hidetaka Kanahashi1; Toshiji Mukai2; Hisamichi Kimura3;Akihisa Inoue3; Kazuhiko Kita4; 1Osaka Perfecture University, Depart-ment of Metallurgy and Materials Science, Gaken-cho, Sakai 593 Ja-pan; 2Osaka Municipal Technical Research Institute, Mechanical Engi-neering Department, Joto-ku, Osaka 536 Japan; 3Tohoku University,Institute of Materials Research, Sendai 980 Japan; 4KKK Corporation,Sendai Institute of Material Science and Technology, Tomiya, Miyagi981-33 Japan

9:10 AMSTRUCTURE RELAXATION AND GLASS TRANSITION OF Zr-Al-Ni-Cu BULK AMORPHOUS ALLOYS: T. Zhang 1; A. Inoue1;1Tohoku University, Institute for Materials Research, Sendai 980-77Japan

9:30 AMMICROSTRUCTURE CHANGES IN BILAYER FILMS OF PHASE-SEPARATION TYPE ALLOY SYSTEMS: Minoru Doi 1; YoshihitoYamada2; Hiroshi Inaba1; Yoshifumi Ueda1; 1Nagoya Institute of Tech-nology, Department of Materials Science and Engineering, Gokiso-cho, Showa-ku, Nagoya 466 Japan; 2Nippon Steel Corporation, HikariWorks, Hikari 743 Japan

9:50 AMLOCAL STRUCTURAL CHANGE OF AMORPHOUS Fe-Zr-BALLOY IN THE COURSE OF CRYSTALLIZATION STUDIES BYMODERN ELECTRON MICROSCOPE TECHNIQUES: Y. Hirotsu 1;N. Hara1; T. Ohkubo1; A. Makino2; 1ISIR, Osaka University, Ibaraki,Osaka 567 Japan; 2Alps Electric Co. Ltd., Central Res. Lab., Nagaoka,Nigata 940 Japan

10:10 AMEFFECTS OF PASSING ELECTRIC CURRENT ON THE CRYS-TALLIZATION PROCESS IN AMORPHOUS ALLOYS: H.Mizubayashi 1; N. Kameyama1; 1University of Tsukuba, Institute ofMaterials Science, Tsukuba, Ibaraki 305 Japan

10:30 AMCRITICAL ISSUES IN NANOCRYSTALLINE MATERIALS RE-SEARCH FOR STRUCTURAL APPLICATIONS AND SOMEPOTENTIAL SUCCESSFUL APPROACHES: Shankar M. L. Sastry 1;Virgil Provenzano2; 1Washington University, St. Louis, MO 63130USA; 2Naval Research Laboratory, Washington, DC 20375 USA

10:50 AMCONSOLIDATION OF NANOPARTICLES - MODELING ANDEXPERIMENTAL VALIDATION: Shankar M. L. Sastry 1; R.Suryanarayanan2; 1Washington University, St. Louis, MO USA; 2StanfordUniversity, Palo Alto, CA

Welding & Laser Processing: Session III

Thursday AM Room: Iolani Suite IIIJuly 16, 1998 Location: Tapa Towers

Session Chairs: S. A. David, Oakridge National Lab, Metals andCeramics Division, Oak Ridge, TN 37831-6095, USA;Yong Won Chang, Pohang, Korea

8:30 AM INVITED PAPERWELDING OF NICKEL-BASE SUPERALLOY SINGLE CRYS-TALS - PART 1: S. A. David 1; J. M. Vitek1; S. S. Babu1; L. A. Boatner1;R. W. Reed1; 1Oak Ridge National Laboratory, Metals and CeramicsDivision, P.O. Box 2008, Bldg. 4508, Oak Ridge, TN 37831-6095 USA

8:50 AMWELDING OF NICKEL-BASE SUPERALLOY SINGLE CRYS-TALS - PART 2

9:10 AMCHARACTERIZATION OF WELDS IN GAMMA TITANIUMALUMINIDES: Viola L. Acof f 1; Anand Ponnusamy1; 1The Universityof Alabama, Department of Metallurgical and Materials Engineering,Tuscaloosa, AL 35487-0202 USA

9:30 AMMICROSTRUCTURAL REFINEMENT OF ALUMINUM ALLOYSDURING FRICTION WELDING OF DISSIMILAR METALS: S.Fukumoto 1; M. Ohashi1; H. Tsubakino1; K. Okita2; M. Aritoshi2; T.Tomita2; 1Himeji Institute of Technology, Department of MaterialsScience and Engineering, Faculty of Engineering, 2167, Shosya, Himeji,Hyogo 671-22 Japan; 2Hyogo Prefectural Institute of Industrial Re-search

9:50 AMDEVELOPMENT OF LOW-MELTING ACTIVE-METAL BRAZINGFILLER FOR JOINING CERAMICS TO METALS: Osamu Saitoh 1;1Yamanasi Technical Center, Technical Dept. Second Division, 2094Otsu Kofu

10:10 AMFRICTION WELDING OF ALUMINUM ALLOY TO COPPERAND EVALUATION OF WELDABILITY OF THE JOINTS BYULTRASONIC METHOD: Yasuo Sug a1; 1Keio University

10:30 AMA STUDY ON THE ELECTRON BEAM WELDABILITY OF HIGHSTRENGTH Al ALLOYS FOR THE TRANSPORTATION APPLI-CATIONS: S. W. Kim 1; C. H. Lee1; 1Hanyang University, Dept. ofMetallurgical Engineering, Research Institute of Steel Processes &Applications, 17 Haengdang-dong, Seongdong-ku, Seoul 133-791 Ko-rea

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10:50 AMMICROSTRUCTURE EVOLUTION DURING THE WELDINGAND POSTWELD HEAT TREATMENT OF GAMMA TITANIUMALUMINIDE: W. A. Baeslac k 1; C. M. Jenson1; H. Zhang1; T. Kelly2;1Ohio State University, Columbus, OH; 2GE Aircraft Engine Co.

Advanced Ferrous Alloys: Session IV

Thursday PM Room: Iolani Suite VIJuly 16, 1998 Location: Tapa Towers

Session Chairs: Yeon-Chul Yoo, Inha University, Korea;Honglin Ge, China

1:30 PM INVITED PAPERTHE EVOLUTION OF THE GOSS TEXTURE IN SILICON STEEL:Dong Nyung Lee 1; Hyo-Tae Jeong1; 1Seoul National University, Divi-sion of Materials Science and Engineering, Research Center for ThinFilm Fabrication and Crystal Growing of Advanced Materials, Seoul151-742 Korea

1:50 PM INVITED PAPERAN ABNORMAL EFFECT OF PHOSPHORUS ON MECHANI-CAL PROPERTIES IN NICKEL-BASE SUPERALLOYS OF Ni-Cr-Fe-Ni-Cr-Fe-Mo and Ni-Cr-Fe-Mo-Nb-Al SYSTEMS: XishanXie 1; 1China

2:10 PMDESIGN OF FIRE-RESISTANT STEELS FOR CONSTRUCTION:W. Sha 1; F. S. Kelly1; 1The Queen’s University of Belfast, Departmentof Civil Engineering, Belfast BT7 1NN UK

2:30 PMPREPARATION OF Fe-C SYSTEM ALLOYS BY MECHANICALALLOYING: Nurul Tauf iqu Roc hman 1; 1Kagoshima University,Kagoshima, 890 Japan

2:50 PMSOLUBILITY PRODUCT OF VN IN AUSTENITE: T. Gendo 1; K.Morita1; K. Inoue1; H. Ohtani2; K. Ishida3; 1Tohoku University, Sendai980-77 Japan; 2Tohoku University, Center for Interdisciplinary Re-search, Sendai 980-77 Japan; 3Tohoku University, Graduate School ofEngineering, Sendai 980-77 Japan

3:10 PMAUSTEMPERING OF ALLOYED DUCTILE IRONS: SasanYazdani 1; Roy Elliott1; 1Manchester Materials Science Centre, GrosvenorStreet, Manchester M1 7HS UK

3:30 PMCICLIC PROPERTIES OF A TITANIUM AND NIOBIUM MICRO-ALLOYED STEEL IN SOME MICROSTRUCTURAL CONDI-TIONS: Enrico Jose Giordani 1; Jairo Aparecido Martins1; ItamarFerreira1; 1Faculdade de Engenharia Mecanica/UNICAMP, Departmentode Engenharia de Materiais, Caixa Postal 6122, 13083-970, Campinas,SP Brazil

3:50 PMTHE RELATIONSHIP BETWEEN TEXTURE AND MAGNETICPROPERTIES OF Si STEEL SHEET: N. Chen 1; 1University of Sci-ence and Technology, Beijing China

General Abstracts: Session VI

Thursday PM Room: Iolani Suite IJuly 16, 1998 Location: Tapa Towers

Session Chairs: C. S. Lee, POSCO, Technical Research Lab,Pohang, Korea; T. Aizawa, University of Tokyo, Department ofMetallurgy, Tokyo, Japan

1:30 PMHOT PRESSING OF DIAMOND/ALUMINA COMPOSITES UN-DER THE THERMODYNAMICALLY METASTABLE CONDITIONFOR THE DIAMOND: Shoichi Kume 1; Kazutaka Suzuki1; HaruoYoshida2; Naoyuki Kanetake3; 1National Industrial Research Instituteof Nagoya (NRIN), 1-1 Hirate-cho, Kita-ku, Nagoya 462 Japan; 2Na-tional Institute for Advanced Interdisciplinary Research (NAIR), 1-1-4 Higashi, Tsukuba, Ibaraki 305 Japan; 3Nagoya University, Furo-cho,Chikusa-ku, Nagoya 464-01 Japan

1:50 PMMOVPE PRODUCTION REACTORS FOR HIGH TEMPERATUREELECTRONICS: H. Protzmann 1; B. Wachiendor1; O. Schon1; D.Schmitz1; G. Strauch1; H. Jurgensen1; 1AIXTRON AG, Kackertstr, Aachen15-17 Germany

2:10 PMCOMBINATION TESTS ON TiAl INVOLVING CONSTANTSTRAIN-RATE DEFORMATION, ANNEALING AND CREEP: T. S.Rong 1; I. P. Jones1; R. E. Smallman1; 1The University of Birmingham,School of Metallurgy & Materials, Birmingham, B15 2TT UK

2:30 PMIMPROVEMENT TO THE GROWTH CONDITIONS OF U-IVCOMPOUNDS BY FORCED CONNECTION: Zhonghou Li 1;1Northwestern Polytechnical University, Xi’an China

2:50 PMSOLID-STATE AMORPHIZATION SIMULAITION AND EXPERI-MENTS: B. X. Liu 1; 1Tsinghua University, Beijing China

3:10 PMSOLIDIFICATION PROCESS OF ROTATING BLADES MELTQUENCHED ALUMINUM ALLOYS: Yati Tang 1; 1Zhongzhou Uni-versity of Technology, China

3:30 PMANALYSIS OF IN SITU FORMATION OF TITANIUM CARBIDEVIA DIRECT REACTION IN MOLTEN ALUMINUM: B. Yang 1;1Chinese Academy of Sciences, China

High Transition Temperature Supercon-ductors: Session I

Thursday PM Room: Honolulu Suite IIJuly 16, 1998 Location: Tapa Towers

Session Chairs: U. Balachandran, Argonne National Laboratory,Energy Technology Division, Argonne, IL 60439, USA;Lian Zhou, Northwest Institute for Nonferrous Metal Research, China

THURSDAY PM

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1:30 PM INVITED PAPERMATERIALS AND DESIGN CONCEPTS FOR A 1000HP SUPER-CONDUCTING HOMOPOLAR MOTOR: Donald U. Gubser 1;1Naval Research Laboratory, Code 6300, 4555 Overlook Avenue SW,Washington, DC 20375-5346 USA

1:50 PM INVITED PAPERADVANCES IN PROCESSING OF Ag-SHEATHED (Bi,Pb)2-Sr2Ca2Cu3Ox: U. Balac handr an 1; M. Lelovic2; N. G. Eror2; P. Haldar3;1Argonne National Laboratory, Energy Technology Division, Argonne,IL 60439 USA; 2University of Pittsburgh, Department of MaterialsScience and Engineering, Pittsburgh, PA 15261; 3Intermagnetics Gen-eral Corporation, Latham, NY 12110 USA

2:10 PM INVITED PAPERCRITICAL CURRENTS ACROSS SMALL ANGLE GRAINBOUNDARIES IN HIGH Tc SUPERCONDUCTORS: C. S. P ande 1;R. A. Masumura1; 1Naval Research Laboratory, Materials Science andTechnology, Washington, DC 29375-5343 USA

2:30 PM INVITED PAPERRESEARCH AND DEVELOPMENT OF SUPERCONDUCTINGMATERIALS IN CHINA: Lian Zhou 1; 1Northwest Institute for Non-ferrous Metal Research China

2:50 PMCHEMICAL ENGINEERING OF HIGH-Tc SUPERCONDUCTORSVIA CHEMICAL DOPING: R. S. Liu 1; J. M. Chen2; R. G. Liu2;1National Taiwan University, Department of Chemistry, Taipei, Tai-wan ROC; 2Synchrotron Radiation Research Center (SRRC), Hsinchu,Taiwan ROC

3:10 PMCONGRUENT GROWTH OF NdBa2Cu3O7-x SUPERCONDUCT-ING OXIDE FROM THE HIGHLY UNDERCOOLED MELT BYCONTAINERLESS PROCESSING: K. Na gashio 1; Y. Takamura1; K.Kuribayashi1; 1The University of Tokyo, Graduate School of Engineer-ing, The Institute of Space and Astronautical Science, 3-1-1 Yoshindai,Sagamihara-shi, Kanagawa 229 Japan

3:30 PMBONDABILITY AND SUPERCONDUCTIVITY OF YBCO CE-RAMICS WITH In2O3 ADDITIVES: Akio Suzumur a1; 1TokyoInstitute of Technology

3:50 PMPROCESSING OF EPITAXIAL, BIAXIALLY-TEXTURED Y-Ba-Cu-O SUPERCONDUCTING THICK FILMS ON METAL SUB-STRATES BY METAL ORGANIC CHEMICAL VAPOR DEPOSI-TION: V. Selvamanic kam 1; J. D’Frank1; C. Trautwein1; S. Alles1; P.Halder1; M. Lanagan2; M. Lelovic3; 1Intermagnetics General Corpora-tion, 450 Old Niskayuna Road, Latham, NY 12110 USA; 2ArgonneNational Laboratory, Argonne, IL 60439; 3University of Pittsburgh,Pittsburgh, PA 15261

4:10 PMIMPROVING THE MICROSTRUCTURE OF B12223 TAPES FORHIGH CRITICAL CURRENT DENSITIES: Q. Y. Hu 1; S. Li1; H. K.Liu1; S. X. Dou1; 1University of Wollongong, Center for Superconduct-ing and Electronic Materials, Wollongong NSW 2500 Australia

Non-Destructive Characterization: Session I

Thursday PM Room: Honolulu Suite IJuly 16, 1998 Location: Tapa Towers

Session Chairs: R. Green, The Johns Hopkins University, MaterialsScience & Engineering Department, Baltimore, MD 21218, USA;Roman Maev, University of Windsor, Windsor, Canada

1:30 PM INVITED PAPERAPPLICATION OF NONDESTRUCTIVE MATERIALS CHARAC-TERIZATION TECHNIQUES TO ADVANCED MATERIALS ANDPROCESSING: Robert E. Gr een 1; 1The Johns Hopkins University,Materials Science & Engineering Department, Baltimore, MD 21218USA

1:50 PM INVITED PAPERFIM IMAGE FORMATION FOR ORDERED ALLOYS: ChenNanxian 1; 1University of Science and Technology, Beijing China

2:10 PM INVITED PAPERPROBABILISTIC ASPECTS OF AGING OF AIRFRAME MATE-RIALS: DAMAGE VERSUS DETECTION: D. G. Har low 1; R. P.Wei1; 1Lehigh University, Department of Mechanical Engineering andMechanics, 19 Memorial Drive West, Bethlehem, PA 18015-3085USA

2:30 PM INVITED PAPERSEXI: A NEW PORTABLE SPECTROMETER FOR X-RAY DIF-FRACTION AND X-RAY FLUORESCENCE ANALYSIS IN REALTIME FOR NON DESTRUCTIVE TESTING OF MATERIALS:Federica Paglietti 1; Paolo Plescia1; 1CNR National Council of Re-search, Institute for Mineral Processing, Rome Italy

2:50 PM INVITED PAPERULTRASONIC CHARACTERIZATION OF ANISOTROPIC MA-TERIALS: Roman G. Maev 1; Brian E. O’Neill 1; 1University of Windsor,Physics, 401 Sunset Ave., Windsor, ON N9B 3P4 Canada

3:10 PMREAL-TIME MONITORING AND CONTROL OF GAXIN1-XP HET-EROSTRUCTURES BY P-POLARIZED REFLECTANCE SPEC-TROSCOPY: Nikolaus Dietz 1; D. E. Aspnes1; K. J. Bachmann2; M.Ebert1; 1North Carolina State University, Physics, Box. 7919, 215RB1, 1001 Capability Dr., Raleigh, NC 27695-7919 USA; 2North Caro-lina State University, Materials Science & Eng., Box 7919, Raleigh, NC27695 USA

3:30 PMMICROWAVE INSPECTION OF NAVAL MULTI-LAYER COM-POSITES, AN OVERVIEW: Lawrence Brown 1; Johnnie DeLoach1;Nasser Qaddoumi2; Reza Zoughi2; 1Naval Surface Warfare Center,Carderock Division, W.Bethesda, MD USA; 2Colorado State Univer-sity, Applied Microwave Technology Laboratory, Ft. Collins, CO USA

3:50 PMCHARACTERIZATION OF LOCAL FLOW BEHAVIOUR ANDFRACTURE CHARACTERISTICS USING ADVANCED INDEN-TATION TECHNIQUE: Y. H. Lee 1; 1Seoul National University

4:10 PMNONDESTRUCTIVE EVALUATION OF FRACTURE TOUGH-NESS,KIC, OF TURBIN ROTOR STEEL BY THE MAGNETICBARKHAUSEN NOISE: Jin Ik Suk 1; Un Hak Sung1; Min Soo Kim1;1Korea Heavy Industries & Construction Co. Ltd., R&D Center,ChangWon Korea

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Phase Transformations and Their Applica-tions: Session VII

Thursday PM Room: Tapa Ballroom IIJuly 16, 1998 Location: Tapa Towers

Session Chairs: W. Sha, Queen’s University of Belfast, Belfast, UK;S. K. Sharma, University of Hawaii, USA

1:30 PM INVITED PAPERSTM/AFM STUDY OF SURFACE RELIEF INDUCED IN THE PHASETRANSFORMATION OF ZrO2-Y2O3 Fe-Ni-C AND Cu-Al-NiALLOYS: Masahiko Yamamoto 1; 1Osaka University, Department ofMaterials Science and Engineering, 2-1 Yamada-Oka, Suita-shi, Osaka-fu 565 Japan

1:50 PM INVITED PAPERMODIFICATIONS IN THE MARTENSITIC TRANSFORMATIONOF 0.45C-13Cr CAUSED DURING THE CONTINUOUS COOL-ING PROCESS WITH AND WITHOUT PRECIPITATION OFM23C6 CARBIDES: G. García de Andrés 1; L. F. Alvarez1; 1CentroNacional de Investigaciones Metalurgicas (CENIM), Department ofPhysical Metallurgy, Consejo Superior, de Investigaciones Cientificas(CSIC), Avda. Gregorio del Amo, 8, Madrid 28040 Spain

2:10 PMMORPHOLOGY OF MARTENSITE IN Fe-Ni-Si SYSTEM: O.Ikeda 1; R. Kainuma1; K. Ishida1; 1Tohoku University, Department ofMaterials Science, Graduate School of Engineering, Sendai 980-77 Ja-pan

2:30 PMTHE GROWTH PATH METHOD FOR PREDICTION OF STRAYGRAIN NUCLEATION IN SINGLE-CRYSTAL CASTING: RalphE. Napolitano 1; Andrew R. Roosen1; R. J. Schaefer1; 1National Instituteof Standards and Technology, Metallurgy Division, Gathersburg, MDUSA

2:50 PMTHE RELATION BETWEEN PHASE TRANSFORMATION ANDGRAIN SIZE IN Y2O3 PARTIALLY STABILIZED ZIRCONIA: H.Tsubakino 1; T. Isobe1; B. Zhang1; 1Himeji Institute of Technology,Department of Materials Science & Engineering, Faculty of Engineer-ing, 2167 Shosha, Himeji 671-22 Japan

3:10 PMPHASE TRANSFORMATION IN 9 mol% MgO-PARTIALLY STA-BILIZED ZIRCONIA DURING AGING AND THERMAL CY-CLING: Bin Zhang 1; T. Isobe1; H. Tsubakino1; 1Himeji Institute ofTechnology, 2409-5 Shosha, Himeji, Hyoga 671-2201 Japan

3:30 PMAMORPHOUS TO NANOCRYSTALLINE TRANSFORMATIONSIN ELECTRODEPOSITED Ni-W ALLOYS: Tohru Yamasaki 1; RikaTomohira1; Yoshikiyo Ogino1; 1Himeji Institute of Technology, De-partment of Materials Science & Engineering, Faculity of Engineering,C2167 Shosha, Himeji 671-22 Japan

3:50 PMPHASE EQUILIBRIUM CALCULATIONS IN THE Pu-Ga-O SYS-TEM: Marius Stan 1; Terry D. Wallace1; Darryl P. Butt1; 1Los AlamosNational Laboratory, MST-6, P.O. Box 1663, M.S. G-755, Los Alamos,NM 87545 USA

4:10 PMMA’ed AND HIP’ed TiH2-Al COMPACTS DISPLAYING EN-COURAGING MECHANICAL PROPERTY LEVELS: S. Ozbilen 1;1Gazi University, Fac. of Tech. Educ., Metallurgical Educ. Dept., An-kara Turkey

Smart Materials and Processing: Session III

Thursday PM Room: Iolani Suite VJuly 16, 1998 Location: Tapa Towers

Session Chairs: Y. Hirotsu, ISIR, Osaka University, Ibarakik, Japan;Ronghou Teng, Central Iron & Steel Research, Beijing, China

1:30 PM INVITED PAPERPROPERTIES OF NANOCRYSTALLINE ELECTRODEPOSITEDNi-Fe ALLOYS: H. Kim 1; C. M. Gilmore1; 1George WashingtonUniversity, Institute for Materials Science, School of Engineering andApplied Science, Washington, DC 20052 USA

1:50 PM INVITED PAPERSTRAIN SELF-ASSEMBLED In (Ga) As/GaAs QUANTUM DOTMATERIALS GROWTH AND DEVICE APPLICATION: ZhanguoWang 1; 1Institute of Semiconductors, Chinese Academy of Sciences,China

2:10 PM INVITED PAPERELECTRONIC STRUCTURE AND ENERGY OF IMPURITY - DE-FECT COMPLEXES IN METAL: Chong Yu1; 1Central Iron & SteelResearch Institute, Beijing China

2:30 PMTHE NEW APPROACHES FOR STRUCTURAL CERAMICSSTRENGTHENING AND TOUGHENING: Jing Lyn Guo 1; 1Shang-hai Institute of Ceramics, Chinese Academy of Sciences, Shanghai China

2:50 PMTITANIUM OXIDE FILM: A NEW BIOMATERIAL FORARTIFICAL HEART VALVE PREPARED BY ION BEAM EN-HANCED DEPOSITION: Xianghuai Liu 1

3:10 PMSTUDY ON NOVEL POLYIMIDES ALIGNMENT MATERIALSBASED ON AN ALICYCLIC DIAHYDRIDE AND LONG ALKYLCHAIN CONTAINING DIAMICS: Jie Yin1; 1Shanghai Jiao TongUniversity, Shanghai China

3:30 PMQUANTITATIVE STUDY OF CuAlNi SHAPE MEMORY ALLOYUNDER 4-POINT-BENDING BY MOIRE INTERFEROMETRY: TerryT. Xu 1; 1Hong Kong Univ. of Sci & Tech, Dept. of Mech. Eng., ClearWater Bay, Kowloon, Hong Kong PR China

3:50 PMSYNTHESIS AND CHARACTERIZATION OF xBaO-(Mg2Al3-

Si4.5Oγγγγγ GLASS-CERAMICS FROM Sol-Gel PROCESS: Yi Hu 1;H. -T. Tsai1; 1Tatung Institute of Technology, Department of MaterialsEngineering, Taipei, Taiwan 104 ROC

4:10 PMSTUDY ON NOVEL FLUORINATED COPOLYINIDES BASEDSECOND-ORDER NON-LINEAR OPTICAL MATERIAL: Zong-guang Wang 1; 1Shanghai Jiao Tong University, China

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Welding & Laser Processing: Session IV

Thursday PM Room: Iolani Suite IIIJuly 16, 1998 Location: Tapa Towers

Session Chairs: K. Mukherjee, Michigan State University, Dept.Materials Science and Mechanics, East Lansing, MI 48824, USA;R. J. Wong, Naval Surface Warfare Center, Carderock Divison,West Bethesda, MD 20817-5700, USA

1:30 PM INVITED PAPERUSE OF INTERMETALLIC ALLOYS AS ADDITIONS TO TUNG-STEN ELECTRODES - PART 1: David L. Olson 1; Stephen Liu1; StevenCaldwell2; 1Colorado School of Mines, Center for Welding, Joining andCoatings Research, Golden, CO 80401 USA; 2Teledyne Advanced Ma-terials, La Vergne, TN 37086

1:50 PMUSE OF INTERMETALLIC ALLOYS AS ADDITIONS TO TUNG-STEN ELECTRODES - PART 2

2:10 PMPROCESSING OF MATERIALS WITH EXPLOSIVES: Osman T.Inal1; Efe Ege1; C. A. Zimmerly1; 1New Mexico Tech, Materials andMetallurgical Engineering Department, Socorro, NM 87801 USA

2:30 PMDEVELOPMENT OF AN IMPROVED Mil-100S WIRE FOR NA-VAL SHIP CONSTRUCTION: J. J . DeLoac h1; J. M. Blackburn1; R.J. Wong1; G. L. Franke1; 1Naval Surface Warfare Center, CarderockDivision, West Bethesda, MD 20817-5700 USA

2:50 PMDEVELOPMENT OF NEW WELDABILITY TEST METHODS FORHIGH STRENGTH STEELS: R. J . Wong 1; 1Naval Surface WarfareCenter, Carderock Division, West Bethesda, MD 20817-5700 USA

3:10 PMTHE INFLUENCE OF WELD MICROSTRUCTURAL FEATURESON CORROSION BEHAVIOR: B. Mishr a1; D. L. Olson1; 1Colo-rado School of Mines, Center for Welding, Joining and Coatings Re-search, Golden, CO 80401-1887 USA

3:30 PMENHANCEMENTS IN ALUMINUM ALLOY WELD METALTHROUGH ADDITIONS OF WELD METAL GRAIN REFINERS:K. E. Johns 1; R. H. Frost1; D. L. Olson1; 1Colorado School of Mines,Center for Welding, Joining and Coatings Research, Golden, CO 80401USA

3:50 PM INVITED PAPERELECTRON BEAM WELDING OF CAST GAMMA TITANIUMALUMINIDE (Ti-48-Al-2Cr-2Nb): Thomas J. Kelly 1

4:10 PMCOMBUSTION SYNTHESIS AS A TECHNIQUE TO JOIN AD-VANCED MATERIALS: Welping Liu 1; 1Dalian Railway Institute,China

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Poster Presentations

Tuesday AM Room: Tapa Ballroom IJuly 14, 1998 Location: Tapa Towers

(1) EFFECTS OF Zr-ADDITION ON PHASE STABILITY ANDPHASE TRANSFORMATIONS IN A Ti-50at.% Al ALLOY :Kiyomic hi Nakai 1; Osamu Yamada1; Yasuya Ohmori1; 1Ehime Univer-sity, Department of Materials Science and Engineering, Faculty ofEngineering, 3 Bunkyo-cho, Matsuyama 790-77 Japan

(2) OXIDATION RESISTANCE AT HIGH TEMPERATURES OFSTAINLESS STEEL COMPACTS PRODUCED BY MECHANICALGRINDING: S. Tana be 1; W. Takahara1; H. Nishida1; 1Osaka Prefec-ture University, Metallurgy and Materials Science, College of Engineer-ing, 1-1 Gakuen-cho, Sakai, Osaka 599 Japan

(3) NUMERICAL SIMULATION FOR PUSHING AND ENGULF-MENT OF A PARTICLE BY SOLID-LIQUID INTERFACE: MachikoOde 1; Toshio Suzuki1; Seong Gyoon Kim2; 1University of Tokyo, Schoolof Engineering, Tokyo Japan; 2Kunsan National University, KunsanKorea

(4) MOPHOLOGY AND CRYSTALLOGRAPHY OF TRIPLEPOINT NUCLEATED PHASE IN AN (αϕαϕαϕαϕαϕ) TWO PHASE STAIN-LESS STEEL: T. Maeda 1; H. Fujiwara1; N. Miyano1; K. Ameyama2;1Ritumeikan University, 1-1-1 Noji-higashi, Kusatsu, Shiga 525-77 Ja-pan; 2Ritumeikan University, Department of Mechanical Engineering,Faculty of Science and Engineering

(5) ANALYSIS OF NONEQUILIBRIUM DISSIPATION DURINGFATIGUE-FRACTURE OF METALS: Jiang yang Hu 1; 1Wuhao Uni-versity of Technology, China

(6) MATHEMATIC MODEL FOR DESIGN OF BILLET OF STEELTUBE: Guofu Cao 1; 1Tai Zhou Steel Tube Factory, Jiansu

(7) COMPOSITE CAST SILICIDE TARGETS FOR DEPOSITIONOF THIN SILICIDE FILMS: V. G. Glebo vsky 1; S. N. Ermoiov1; E. D.Stinov1; 1Institute of Solid State Physics, RAS, Chernogolovka, Mos-cow 14243 Russia

(8) STUDY ON FIRE RESISTANT TITANIUM ALLOYS: YongquingZhao 1; 1Northwest Institute for Nonferrous Metal Research

(9) INVESTIGATION OF UNEVEN DISTRIBUTION OF MICRO-STRUCTURE WITHIN Ag-SHEATHED Bi-2223 SUPERCON-DUCTING TAPES: Yanw ei Ma 1; 1University of Technology and Sci-ence, Beijing China

(10) GROWTH MECHANISM OF Al2O3 GRAINS IN CERAMIC-LINED PIPES: Jinshu Wang 1; 1Baoshan Steel Corporation, ShanghaiChina

(11) EFFECT OF PROCESSING PROCEDURE ON CRITICALCURRENT DENSITY OF Ag-SHEATHED (Bi,/Pb)2Sr2Ce2Cu3OxSUPERCONDUCTING TAPES: Yanw ei Ma 1; 1University of Scineceand Technology, Beijing China

(12) STUDY ON HOT PLASTICITY OF GN742 ALLOY: J. Wang 1;1Shanghai No. 5 Steel Co., China

(13) THE EFFECT OF COOLING RATE ON As-CAST STRUC-TURE IN FINE GRAIN CASTING OF In718 ALLOY: Ma Yue 1;1University of Science and Technology, Beijing China

(14) STUDY OF PLASTIC PROPERTIES OF HOP-LATTICE MET-ALS UNDER AXIAL TEXTURE: Jianyang Hu 1; 1Wuhan Universityof Technology, China

(15) PREPARATION AND CHARACTERIZATION OF ORGANIC-INORGANIC COMPOSITE AERGELS: Yimin Chen 1; 1Iron & SteelResearch Institute, China

(16) ELECTRON TRANSPORT THROUGH A MOSOSCOPICRING WITH A QUANTUM DOT: Binglin Gu 1; 1Tsinghua Univer-sity, China

(17) PRODUCTIVE TECHNOLOGY OF V-Nb STRIP STEELS FORX SERIES SPIRAL PIPES IN BaoSTEEL: Wentao Rao 1; 1Hot StripRolling Mill of Bao Steel, China

(18) SURFACE METALLURGY OF Ni-BASE TYPE WITH THEDOUBLE GLOW DISCHARGE PLASMA METALIZING: ZhangXu 1; 1University of Science and Technology, Beijing China

(19) INVESTIGATION ON CRITICAL TECHNIQUES OF IRON-POWDER VAM COMPACTION: Shiju Guo 1; 1University of Sci-ence and Technology, Beijing China

(20) MECHANICAL PROPERTIES AND MICROSTRUCTURESOF Mg-Zn-(Mn) ALLOYS FABRICATED UNDER AN Ar GASATMOSPHERE: Jeong-Pil Eom 1; Su-Guen Lim1; Bo-Young Hur1;1Gyeongsang National University, Dept. of Metallurgical & MaterialsEng., Research Center for Aircraft Parts Technology, Gyeongsang Korea

(21) OXIDATION AND CORROSION OF MCrAlX OVERLAYCOATINGS AND DIFFUSION ALUMINIDE: Jingui Sun 1;1Univeristy of Science and Technology, Beijing China

(22) RECORROSIVITY OF NEW-TYPE Nb BASE ALLOY: HuangTewei 1; 1Central Iron & Steel Research Institute, Beijing China

(23) HIGH TEMPERATURE STRENGTH OF MICROSTRUCTURE-CONTROLLED Nb3Al/Nbss IN-SITU COMPOSITES IN Nb-Al-MoTERNARY SYSTEM: Tatsuo Tabaru 1; Shuji Hanada1; 1Tohoku Uni-versity, Institute for Materials Research, 2-1-1 Katahira, Aoba-ku,Sendai 980-77 Japan

(24) ANALYSIS OF RESIDUAL STRESS IN DAMPED ALTER-NATING BENDING OF SHEET METAL: Mashide K ohzu 1; TakanoriNishoka1; Takuji Enomoto1; 1Osaka Prefecture University, Metallurgyand Materials Science, College of Engineering, 1-1 Gakuen-cho, Sakai,Osaka 559 Japan

(25) TiN FORMATION IN THE Ti-B SYSTEM DURING REAC-TIVE MECHANICAL ALLOYING: S. Ozbilen 1; 1Gazi University,Fac. of Tech. Educ., Metallurgical Educ. Dept., Ankara Turkey

(26) ANTIOXIDATION COATING FOR THE ALLOY STEEL ATHIGH TEMPERATURE: Xu Xiaoliang 1; Lu Dong1; Liao Xiangwei1;1Anshan Iron & Steel Group Complex, Technology Center, No. 63Wuyi Road, Anshan, Liaoning 114001 China

(27) HIGH TEMPERATURE LOAD RELAXATION BEHAVIOR OFβββββ-BRASS ALLOY: K. A. Lee 1; Y. W. Chang1; C. S. Lee1; 1PohangUniversity of Science and Technology, Center for Advanced AerospaceMaterials, San 31, Hyoja-dong, Pohang 790-784 Korea

(28) A STUDY ON THE GRAIN REFINING AND AGE HARDEN-ING OF Mg-Zn-Cu AND Mg-Zn-Si ALLOYS: In-Shup Ahn 1; Tae-Hyun Nam1; Yoo-Young Kim1; 1Gyeongsang National University, Dept.of Metallurgical & Materials Engineering and Research Center for Air-craft Parts Technology, Gajwa-Dong 900, Chinju, Gyeongnam 660-701 Korea

32

(29) IMPROVEMENT ON SURFACE OF CAST IRON BY USINGALLOY POWDERS ON THE MOLD: Shig enori Tana be 1; YasuoHorikawa1; Kimitugu Yoshikawa1; 1Osaka Prefecture University, Met-allurgy and Materials Science, College of Engineering, 1-1 Gakuen-cho,Shakai, Osaka Japan

(36) THE EFFECT OF THE SOLIDIFICATION RATE ON THE HY-DROGEN STORAGE PROPERTIES OF Mi(NiCoMnTi), ALLOYS:Chuanjian Li 1; 1Central Iron & Steel Research Institute, Beijing China

(37) MECHANICAL ALLOYING OF PLATINUM GROUP METALWITH Zr or Al: Takayuki Tsuzuki 1; Tsuyoshi Arakaw1; 1Kinki Univer-sity in Kyushu, Department of Industrial Chemistry, Faculty of Engi-neering, Kayanomori, Uzuka, Fukuoka 820 Japan

(38) MICROSTRUCTURE AND MECHANICAL PROPERTIES OFNb-Mo-TiC EUTECTIC COMPOSITES: N. Nomur a1; K. Yoshimi2;S. Hanada2; 1Tohoku University, Department of Materials Processing,Sendai 980-77 Japan

(39) STRENGTHENING AND MECHANICAL STABILITY OF In-Situ Cu-Fe-Xi COMPOSITES: Jae Sook Song 1; Moon Soo Lim1;Sun Ig Hong1; Kwang Koo Jee2; 1Chungnam National University, De-partmentof Meturgical Engineering, Taedock Science Town, Taejon 305-764Korea

(30) THE INTRINSIC PROPERTIES, CRITERIA AND RESEARCHPROPERTIES OF NANO-MATERIALS: Ronghou Teng 1; 1CentralIron & Steel Research Institute, Beijing China

(31) AE AND XPS ANALYSIS OF AIR ANNEALED AMORPHOUSFe 73.5 Cul NB3 Sil3.5 B9 ALLOY: W. Z. Chen 1; 1Central Iron &Steel Research Institute

(32) STUDY ON THE SOUND ABSORBING PROPERTIES OFTHE ALUMINUM FOAM MATERIALS: Yong Zhang 1; 1ShangdonInstitute of Engineering, Zibo China

(33) NiCoCrAlSiHfY-Al GRADED OVERLAY COATING BYMAS-UETRON SPUTTERING WITH DOUBLE TARGETS: RuizengYe 1; 1University of Science and Technology, Beijing China

(34) A STUDY FOR TECHNOLOGY OF MAKING FOAM Al-ALLOYS: Siyi Yang 1; 1Shandong Institute of Technology

(35) MICROSTRUCTURAL EVOLUATION AND MECHANICALBEHAVIOR OF Ni3Al-Fe/B ALLOY: Gang Li 1; 1University ofScience and Technology, Beijing China

33

Index

A

Abbaschian, R ...................... 1, 17Abdel-Rehim, A M .....................11Abe, S ..........................................22Abramov, E .................................22Acoff, V L ....................................26Adams, R H ...................................3Aguilar, H ....................................14Ahn, I ..........................................31Ahn, S ................................... 9, 13Aizawa, T ....................................27Alberta, E ....................................12Alcantara, N G ............................23Ali, M..........................................10Alimohammadi, H ........................4Allen, P A ......................................7Alles, S ........................................28Alman, D E ...................................5Alvarez, L F ................................29Alves, C S ...................................13Amateau, M F ...............................4Ameyama, K ................ 14, 19, 31An, D...........................................20Anderson, I .................................21Ankem, S ............................ 12, 16Aoki, K ............................... 13, 22Aoyama, T ..................................25Arakaw, T ....................................32Aritoshi, M .................................26Asai, S .........................................25Asaka, K ......................................25Asanuma, H .................................23Asato, M ....................................... 8Aspnes, D E .................................28Astanin, V V .................................. 5Auburtin, P .................................13Ayers, J D ....................................23Azumi, M ......................................7

B

Babu, S S ....................................26Bacci, T .........................................9Bachmann, K J ............................28Baeslack, W A .............................27Baik, Y ........................................23Balachandran, U ................. 27, 28Banerjee, K .................................19Basu, K .........................................3Beaman, J ......................................4Behgozin, A .................................. 1Behrends, A .................................17Belani, J ......................................21Benhabib, B .................................. 8

Benz, M G .....................................9Bhalla, A ............................. 12, 22Bhalla, A S ..................................12Bhattacharya, S S ........................11Bi, X .............................................. 5Bieler, T R ...................................21Bitoh, T .......................................12Blackburn, J M ................... 23, 30Blair, P J ......................................19Blandford, P ................................18Bo, B ...........................................25Bo, L ............................................. 2Boatner, L A ................................26Book, D......................................... 7Borgioli, F .................................... 9Braga, A F ...................................17Branagan, D J ................................7Brandemarte, A ...........................23Brevick, J R ................................11Brink, D D ...................................10Brinkman, H ................................. 1Brooks, R G ................................13Brown, L .....................................28Brown, W D ................................18Browning, J K ...............................9Brucher, H G ...............................11Buchheit, T ................................... 8Budiwati, D A .............................15Bui, R T ......................................17Burchett, S N ..............................21Butler, J E ....................................23Butt, D P .....................................29

C

Caballero, F G .............................26Cady, C M ...................................24Caldwell, S .................................30Calvert, P ......................................8Cantor, B .....................................21Cao, G .........................................31Capdevila, C ...............................26Caplan, I ....................................... 4Carroll, L ....................................21Carter, W T .................................... 9Cawley, P N.................................19Cerri, E ........................................21Cesarano, J .................................... 8Cha, P R ......................................25Cha, S S.......................................22Chan, Y C ............................ 20, 24Chandra, T ..................................23Chandravanshi, V .........................7Chang, C P .................................... 4Chang, J Y ............................. 7, 21Chang, S Y .................................... 6Chang, Y ............................. 10, 14Chang, Y A ..................................17Chang, Y W.................. 10, 26, 31Chatterjee, U K ...........................19

Chawla, K K ..................................5Chawla, P K ..................................1Cheang, P ....................................10Chen, C W .......................... 17, 18Chen, G .......................................11Chen, H .......................................12Chen, J M....................................28Chen, K C ........................... 22, 24Chen, N ............................... 16, 27Chen, W Z ...................................32Chen, Y .......................................31Chen, Y C....................................13Chen, Z Q....................................23Cheng, P S ..................................11Cheong, W S .................................6Chiba, A ........................................2Chiba, H ......................................25Chihara, K .....................................6Chikugo, K ...................................6Chinyamakobru, O S ............11, 20Cho, G B .....................................23Cho, H .........................................16Cho, H S ........................................6Cho, K .............................. 1, 4, 20Cho, S .........................................10Cho, S S ......................................16Choi, C .......................................23Choi, I ................................... 1, 20Choi, K .......................................24Choi, Y S .....................................16Christodoulou, L ................ 12, 13Chu, F .........................................24Chu, M G ....................................13Chun, B S ....................................16Chung, B S .................................14Chung, H ......................................6Cima, M ........................................8Cockcroft, S L .............................13Conley, J G .................................25Cooper, K P .................................23Couto, A A ....................................6Crenshaw, T ..................................8Crooks, R ......................................9Curreri, P A .................................13Czerwinski, F ..............................18

D

Damasco, A.................................23Danforth, S ....................................9Danforth, S C ................................8Dashwood, R J ............................12David, S A ...................................26Davies, I J ......................................5de Andrés, C G ............................26de Andrés, G G ............................29Deane, P ......................................21DeLoach, J ..................................28DeLoach, J J ........................ 19, 30Dezun, W ....................................19

34

D’Frank, J ....................................28Dietz, N .......................................28Dimos, D..................................3, 4Disam, J .........................................1Dobbins, T ..................................18Dogan, O N .................................10Doherty, R D ...............................13Doi, M .........................................26Dong, L .......................................31Dou, S X ......................................28Dryden, J R .................................19Dunn, P S ....................................24Dutta, A ............................... 10, 14Dutta, D .......................................21

E

Ebert, M ......................................28Ebin, L ........................................23Eden, T J ....................................... 4Ege, E ..........................................30Eliaz, N ............................... 11, 20Eliezer ...........................................7Eliezer, D ............................ 20, 22Elliott, R .....................................27Enami, K .....................................22Enomoto, T .................................31Eom, J .........................................31Ermoiov, S N ...............................31Eror, N G.....................................28Es-Said, O S .............................6, 7Evangelista, E .............................21Evans, J .......................................20Evans, P V ...................................21Exarhos, G J ................................15

F

Fathi, M ........................................1Ferreira, I................. 6, 14, 23, 27Ferreira, P I ..................... 6, 14, 24Fischer, B ....................................17Foley, J ........................................21Forbes Jones, R M ........................9Fox, A G ......................................23Franke, G L .................................30Fraser, M A..................................19Frazier, W E ........................... 7, 12Frear, D R....................................21Freund, D ....................................17Froes, F H .................. 2, 7, 15, 16Frost, R H ....................................30Fu, X ...........................................13Fujimori, H ...................................7Fujitani, W ....................................9Fujiwara, H .................................31Fujiwara, K ...................................8Fukuda, T ....................................22Fukumoto, S ...............................26Fukusumi, M ..............................15Fuller, M J ...................................21

Furukawa, M ...............................14

G

Galvanetto, E ................................9Gatto, A ......................................... 9Ge, H...........................................27Gendo, T .....................................27Giachino, A .................................13Giese, S R....................................17Giga, Y........................................17Gilmore, C M ...................... 11, 29Giordani, E J ...............................27Glebovsky, V G ...........................31Gong, S ......................................... 5Gonzalez-Rivera, C ....................16Goods, S H ..................................24Gotoh, J ......................................... 5Gould, M J ..................................15Govindarajan, S ............................ 1Grace, J ......................................... 8Gray, G T .....................................24Green, R ......................................28Green, R E ...................................28Greene, D L ................................... 8Griffith, M ................................4, 8Griffith, M L ................................. 4Gu, B ...........................................31Gubser, D U.................................28Gui, Z ..........................................17Gungor, S ....................................21Guo, J .................................... 1, 23Guo, J L ............................... 26, 29Guo, S .........................................31Guo, Z X .....................................15Gupta, M .....................................20Guthrie, S ....................................20Gyobu, A ....................................... 6

H

Ha, G S................................ 22, 23Ha, T ................................... 10, 14Ha, T K ........................................10Haga, Y................................. 7, 16Hagen, C .....................................20Hagiwara, M ................................. 5Haldar, P ......................................28Halder, P ......................................28Hamada, K ..................................22Han, C .........................................20Han, M ................................ 21, 24Han, M - ......................................18Han, Y .........................................16Han, Y F ......................................23Hanada, S ................ 2, 24, 31, 32Hao, S ..........................................11Hao, S W .....................................12Haque, S ......................................15Hara, N........................................26Hara, T..........................................3

Harlow, D G.................................28Haruna, Y....................................10Harwell, L D .................................. 8Hashii, M ....................................11Hashimoto, K ................................6Hashimoto, M ..................... 12, 24Hata, S .........................................22Hawk, J A....................................10Heatherly, L .................................. 2Henderson, C C ...........................24Hernandez, O S ...........................23Higashi, K ................. 5, 9, 14, 26Hildebrand, L ................................1Hiraki, A .............................. 23, 24Hiraki, S ......................................19Hirata, T ........................................ 5Hirokawa, T .................................. 5Hirotsu, S ....................................14Hirotsu, Y ..................... 25, 26, 29Hoekstra, J ..................................19Hohn, J H ......................................3Holsberg, P .................................10Homma, M ............................ 7, 12Honda, S .....................................14Hong, S H ....................................15Hong, S I ........................ 4, 14, 32Horikawa, H .................................. 6Horikawa, Y ................................32Horikoshi, H ................................. 8Horita, Z ......................... 8, 14, 16Horiuchi, H .................................22Horn, S R ......................................4Horton, J A ...............................2, 7Hoshi, H ........................................ 3Hoshikawa, H ..............................11Hoslino, T ..................................... 8Hosoda, H ........................... 22, 24Hosoi, Y ......................................11Hou, S - ......................................... 8Hsiung, L ......................................2Hu, B H .......................................12Hu, J ............................................31Hu, Q Y .......................................28Hu, Y ..................................... 8, 29Hu, Y P ........................................18Huang, J ......................................25Huang, T ....................................... 4Huang, W H .................................. 4Hughes, M J ................................21Huh, J ............................................3Hummert, K B ............................... 9Hunt, J D .....................................17Hur, B ..........................................31Hwang, K ......................................2Hwang, N M .................................. 6Hwang, S K .................................24Hwang, W ...................................17Hwang, W S ................................17

35

I

Ichitsubo, T .................................17Ihara, T ........................................16Ikeda, O .......................................29Ikeda, T .........................................8Ikuhara, Y ......................... 5, 9, 22Imaev, R M .................................16Imaev, V M ..................................16Imam, M A ..................................20Imamura, D.................................11Inaba, H .......................................26Inal, O T .............................. 19, 30Inoue, A ................... 6, 11, 22, 26Inoue, E .......................................22Inoue, K ........... 3, 14, 15, 22, 27Inui, H ................................... 6, 11Irie, T ..........................................24Ishida, K .............................. 27, 29Ishida, T ........................................ 4Ishikawa, K ...................................6Ishikawa, S ..................................25Ishikawa, T ...................................5Ishimasa, T ..................................25Ishiyama, S .................................11Isobe, T .......................................29Ito, K ...........................................17Ito, S ............................................13Itoh, G ............................ 6, 16, 21Itoh, N .........................................25Iuliano, L ......................................9Ivanov, E Y .................................20Ivashishin, O ................................. 7Iwasaki, H ............................. 9, 14

J

Jafari, M ........................................ 9Jang, G ........................................13Jang, J S .............................. 11, 18Jang, K ........................................21Janghorban, K .............................19Jata, K V ......................................21Jayaram, V.....................................3Jayaraman, A ...............................24Jee, K K .......................................32Jensen, C M ................................20Jenson, C M ................................27Jeon, J - .......................................18Jeong, H ......................................27Jeong, J .......................................21Jha, A .......................................3, 8Jiang, Y .......................................19Jie, W ..........................................17Johns, K E ...................................30Johnson, D R ................................6Jones, H N ...................................23Jones, I P .....................................27Juarez-Islas, J A ................... 10, 16Jung, H T ....................................17

Jung, M ......................................... 4Jurgensen, H ...............................27

K

Kagawa, T ...................................16Kagawa, Y...................................10Kagotani, T ................................... 7Kaibyshev, O A ........................5, 9Kainuma, R .................................29Kakeshita, T .................................. 3Kamegawa, A..............................12Kameyama, N..............................26Kanahashi, H ..............................26Kaneko, T ...................................17Kanetake, N ................................27Kang, C S ....................................16Kang, S ............................... 16, 21Kang, S B ....................................12Kang, S L ....................................26Kao, P W ....................................... 4Katamura, J .................................22Kaukler, W K ..............................13Kawakami, M..............................25Kawakami, T ...............................16Kawamoto, M .............................19Kawano, Y.....................................2Kaya, A A ....................................18Keicher, D M ................................. 4Kelly, F S ............................ 19, 27Kelly, T ............................... 23, 27Kelly, T J .....................................30Kennedy, R L ................................9Kevorkijan, V M .........................15Khalid, F A ..................................15Khor, K A ....................................10Kifune, K ....................................24Kikuchi, A ............................. 5, 19Kikuchi, M ......................... 11, 25Kim, B .........................................13Kim, D ................................. 20, 21Kim, H .......................... 11, 17, 29Kim, H S......................... 7, 16, 21Kim, H W ....................................12Kim, J..........................................14Kim, J C ......................................18Kim, J J .......................................10Kim, J W .....................................10Kim, M S .....................................28Kim, N J .............................. 12, 13Kim, S .........................................21Kim, S G......................................31Kim, S K................................ 2, 10Kim, S W.....................................26Kim, W ........................................14Kim, W T ....................................16Kim, W Y ....................................24Kim, Y ..................... 2, 10, 24, 31Kimura, H....................................26Kimura, Y......................................2

King, B H ......................................8Kingetsu, T .................................24Kishida, K ...................................11Kiss, L .........................................17Kita, K .........................................26Kitano, Y .....................................13Kitasaka, K .................................13Knight, R ......................................8Knudsen, B A ................................9Ko, H S .................................. 7, 21Ko, J ............................................23Kobayashi, S ...............................11Kocaefe, D ..................................17Kodama, H ..................................14Kohler, L ..................................4, 9Kohyama, M ...............................19Kohzu, M .............................. 5, 31Koide, Y ......................................16Koiwa, M .............................. 3, 17Kojima, A ......................................7Kondoh, T .....................................9Kong, B .......................................15Korinek, G J ................................24Korzekwa, D R ............................24Koshiba, H ..................................12Koshimizu, S ..............................22Koster, U.....................................20Kotula, P G .................................24Kramer, M J...................................7Krauklis, P ..................................18Kubota, Y ....................................24Kudoh, M....................................11Kum, D.................................. 7, 14Kumagai, T ...................................2Kumar, V .....................................21Kume, S .......................................27Kun-Fung, L ...............................12Kunrath, A O .................................1Kuo, J H ......................................17Kuribayashi, K .................... 25, 28Kurihara, A ..................................21Kuriiwa, T ...................................20Kuwano, N ..................................22Kuznetsov, A V ...........................16Kwon, P .......................................23

L

Ladokhin, S ........................ 11, 25Lai, J K ................................ 20, 24Lanagan, M.................................28Langdon, T G........................ 5, 14Langrana, N ..................................9Lau, K W .....................................15LaVan, D A ..................................18Lavernia, E J ....................... 13, 16Lawley, A ....................................13Leatham, A ...............................4, 9Leckle, F A ..................................10Lee, C ..........................................18

36

Lee, C H ......................................26Lee, C S ............................... 27, 31Lee, D H ......................................23Lee, D N ................................ 6, 27Lee, E ..........................................13Lee, E W ....................................... 7Lee, G C ......................................20Lee, H .................................... 6, 21Lee, H G ......................................17Lee, H N ........................................2Lee, H R ......................................16Lee, J 11, 13, 20, 21, 22, 23, 24Lee, J J ..........................................6Lee, J K ................................. 1, 17Lee, J S ........................................16Lee, J W ......................................16Lee, K ..........................................23Lee, K A ......................................31Lee, K S .......................................19Lee, P D .......................................13Lee, S ............................................1Lee, S C .......................................24Lee, S H .........................................2Lee, S T .......................................12Lee, S W ........................................6Lee, Y.................................... 2, 23Lee, Y D ......................................10Lee, Y H ......................................28Lei, C S .........................................7Lelovic, M ..................................28Lesuer, D R .................................10Levashov, E A ...............................1Levi, C G ....................................10Li, B ............................................13Li, C .................................... 12, 32Li, C P ...........................................7Li, D ..............................................2Li, G ............................................32Li, J C .................................... 4, 18Li, M F ..........................................4Li, Q S .........................................23Li, S .............................................28Li, X ............................................20Li, X g ...........................................2Li, Y ...................................... 5, 18Li, Z ............................................27Lim, M S ............................... 4, 32Lim, S ..........................................31Lin, C C ......................................12Lin, L ..........................................17Lippard, H E ................................. 9Liu, B ..........................................25Liu, B X ......................................27Liu, C ..........................................19Liu, C T ............................... 13, 17Liu, H K ......................................28Liu, J ..................................... 2, 16Liu, Q ..........................................10Liu, R ............................................3Liu, R G ......................................28

Liu, R S .......................................28Liu, W .........................................30Liu, X ..........................................29Llanes, J ......................................14Lnyanoi, V N ..............................15Lobley, C L .................................23Lobley, C M ................................15Lockyer, S A ................................17Lu, F ............................................21Lu, G Q .......................................20Lucas, J P ....................................21Lugo, g .......................................10Lul, F ..........................................23Lupton, D ....................................17Lutfullin, R Y ................................5

M

Ma, Y ..........................................31Mabuchi, M .................................. 9Mac, T .........................................13Madden, C ...............................4, 9Maeda, T .....................................31Maeng, D Y .................................14Maev, R.......................................28Maev, R G ...................................28Mahanti, S D ................................. 3Mahapatra, R ..............................12Mahidhara, R ..............................21Majidi, M....................................11Majumdar, A ...............................19Makino, A ...................... 6, 12, 26Malshe, A P .................................18Mariels, N ...................................20Markandeyulu, G..........................3Marsh, S ......................................18Marsh, S P ...................................17Martinez, L G..............................22Martins, J A .................................27Marukawa, K ................................3Maruyama, K ................................2Masnavi, M................................... 4Masuda, Y ...................................25Masuda-Jindo, K ..........................8Masumoto, T ..............................13Masumura, R A ...........................28Matsumura, S ..............................22Matsuo, T .............................. 8, 11Matsushima, M ...........................14Matsuura, K ................................11Matysina, Z ................................... 3Matysina, Z A .............................15Mazumder, J ........................ 18, 23McCallum, R W ............................ 7McDonald, K R...........................19Mehr, M Z ............................. 4, 11Mei, P R .............................. 17, 22Mendoza, R ................................10Mercer, C ....................................24Merker, J .....................................17

Michael, J ..................................... 4Miki, M .......................................25Ming, L .......................................20Ming, L C ...................................24Mishima, Y ...................... 2, 5, 24Mishra, B ....................................30Mishra, R S ................................... 9Mitate, T .....................................22Mitchell, A .......................... 13, 15Miura, S ................................ 2, 24Miwa, K ......................................25Miwai, K .....................................17Miyakusu, K ...............................14Miyano, N ...................................31Miyata, T ....................................14Miyazaki, T .......................... 8, 13Miyoshi, T ..................................16Mizota, T ....................................22Mizubayashi, H ..........................26Mizuhara, Y .................................. 2Mizuno, M ..................................10Mizuuchi, K ........................ 15, 22Mohanty, P S ..............................18Mohri, T ...................... 2, 8, 9, 17Mollian, P A ................................18Moon, I G .............................. 7, 21Moon, J ......................................... 8Moon, K H ..................................25Moore, J J .................................1, 5Mori, H .......................... 8, 16, 20Mori, K .......................................13Mori, M ............................... 13, 25Morinaga, M ......................... 8, 13Morita, K ............................ 25, 27Moriya, T ......................................2Morris, J W .................................21Morsi, M B .................................15Muddle, B C ................................. 7Mudzarapabowe, N T .................11Muhkerjee, K ..............................23Mujahid, M .................... 1, 10, 14Mukai, T ........................ 5, 14, 26Mukal, T ....................................... 5Mukherjee, A K ........................5, 9Mukherjee, K ........................18, 30Mukhopadhyay, P ................ 7, 23Murakami, M ............... 16, 20, 21Murakami, T ...............................19Murakami, Y ...............................25Murata, Y ......................................8Murty, K L ..................................21Mushondt, A ...............................18Muto, S .......................................25Mutoh, I ........................................ 2Mutoh, Y ............................... 2, 10

N

Naftaly, M ..................................... 3Nagai, H ......................................15

37

Nagano, T ...................................14Nagasaki, S .................................25Nagashio, K ................................28Nakai, K ....................... 13, 25, 31Nakajima, H .................................. 8Nakajima, K ................................14Nakamoto, M ..............................17Nakamura, H ......................... 7, 20Nakamura, M ................... 2, 9, 16Nakamura, Y...............................22Nakano, T .....................................1Nakashima, H..............................10Nakata, K ....................................14Nakata, Y ......................................6Nam, H..........................................6Nam, H S.....................................25Nam, S W....................... 6, 11, 16Nam, T........................................31Nam, T H............................. 22, 23Nanaka, K .....................................8Nanxian, C ..................................28Napolitano, R E .................. 25, 29Narayan, S P .................................. 3Navara, E ....................................20Neilsen, M K ...............................21Nemoto, M .............. 8, 14, 16, 22Neuschwanger, C L .....................24Ni, G............................................12Ni, K ............................................11Nie, J F ..........................................7Nieh, T ..........................................2Nieh, T G ....................................14Nino, R .........................................2Nishida, H ...................................31Nishido, S ...................................13Nishio, T .....................................25Nishizawa, S ...............................25Nishoka, T ..................................31Nitta, T ..........................................6Nittono, N .....................................7Nittono, O ........ 7, 12, 16, 17, 22Niu, X P .......................................12Nomura, N...................................32Northwood, D O ..........................19Numakura, H ................................. 8

O

Oakes, G ........................................ 9Oda, K ...........................................8Ode, M ........................................31Ogilvy, A ....................................... 4Ogino, Y .............................. 25, 29Ogura, M .....................................16Oh, K H .......................................15Oh, M H ........................................ 2Oh-ishi, K ....................................16Ohashi, M ...................................26Ohba, T ................................. 3, 22Ohkubo, T ........................... 25, 26

Ohmori, Y.............. 13, 14, 25, 31Ohmura, Y.....................................8Ohsasa, K ....................................11Ohtani, H ....................................27Ohwaki, T ...................................16Oka, M .......................................... 5Okada, M ................ 7, 12, 15, 20Okada, O .....................................14Okada, T .....................................20Okanda, Y ...................................15Okayama, H .................................. 7Okayama, K .................................. 7Oki, K ..........................................22Okita, K .......................................26Oku, T .........................................16Oliver, M ....................................... 4Olson, D ......................................18Olson, D L ...................................30O’Neill, B E ................................28Ono, T ...........................................2Opran, C ......................................19O’Reilly, K A ..............................21Orpe, S.......................................... 7Oshima, T ....................................10Otooni, M A ................................20Otsuka, K .............................. 3, 22Otsuska, K ...................................26Otubo, J ............................... 17, 22Ozbilen, S ............... 5, 12, 29, 31Ozkan, A M .................................18

P

Pack, C B ......................................8Paddon, S ....................................21Padmanabhan, K A .....................11Padmavardani, D ..........................1Paglietti, F ..................................28Pak, E ..........................................20Pande, C S ........................... 17, 28Park, C .................................. 4, 14Park, C - ......................................18Park, I ............................... 1, 4, 20Park, J D ......................................17Park, J K ................................ 2, 23Park, J W ............................... 7, 21Park, J Y ........................................ 2Park, K........................................24Park, N J ......................................16Park, S ................................... 6, 16Park, Y C .....................................20Park, Z M ......................................2Peters, P .......................................13Pien, S J .......................................13Pike, L M ....................................17Pishuk, V K ................................... 2Plescia, P .....................................28Ponnusamy, A .............................26Poon, N M ...................................24Poondi, D ....................................18

Pradelli, G .....................................9Prasad, Y.......................................3Pregger, B A ................................12Prinz, F ..........................................8Prinz, F B ......................................3Protzmann, H ..............................27Provenzano, V .............................26Pshenichniuk, A I ..........................5Puligandla, V ..............................21

Q

Qaddoumi, N ..............................28Qiu, D ............................................9Quist, W ........................................2Qureshi, M I ................................10Qureshi, M L .................................1

R

Ra, H Y........................................16Radjai, A .....................................25Ramesh, A ...................................12Ranganathan, S ...........................19Rao, B S ......................................15Rao, K V ...................................3, 8Rao, W ........................................31Rath, B B ......................................8Razaghian, A ..............................23Rcjent, J A ...................................21Ready, W J ..................................24Rebis, R ...................................4, 9Reed, B .........................................3Reed, R W ...................................26Ren, X ................................... 3, 22Rochman, N T .............................27Rodriguez, P ...............................18Romero, J A ..............................4, 8Romero, T .....................................4Rong, T S ....................................27Rongguang, W ...........................19Roosen, A R ................................29Rossi, J L ......................................4Roy, A G ........................................7Ruud, N A .....................................8Ryoo, H S ....................................24

S

Saburi, T ..................................3, 6Sadananda, K ..............................16Safari, A....................................8, 9Saito, N .........................................9Saitoh, O .....................................26Saitow, A .....................................22Sakai, T .......................................24Sakamoto, H .................................6Sakuma, T ................. 5, 9, 22, 26Sakural, Y ....................................25Salishchev, G A ...........................16Salto, T .......................................10

38

Sanday, S C .................................10Sanders, T H ................................25Sandrock, G ................................20Sapru, K ......................................20Sasaki, K ....................................... 9Sasaki, S ......................................25Sasaki, Y .....................................12Sastry, S M ..................................26Sato, H ........................................14Savage, D P .................................17Schaefer, R J ................................29Schlienger, E ................................. 4Schmitz, D ..................................27Schon, O .....................................27Schriempf, J T .............................18Schur, D.........................................3Schur, D V.....................................2Sechi, Y .......................................25Sekido, N ....................................24Sela, M N ......................................8Selvamanickam, V ......................28Sen, S ..........................................13Senkov, O N ................... 7, 15, 16Seno, S ........................................14Settineri, L ....................................9Sha, W ............ 15, 17, 19, 27, 29Shagiev, M R ..............................16Shan, A D .............................. 7, 21Sharghi, R ...................................23Sharma, N....................................16Sharma, S K .................. 15, 24, 29Sharpe, W N ................................18Shaw, L H ......................................9Shaw, W J ....................................19Shelby, J E ..................................20Shen, N ............................... 11, 25Sheng, D Y ..................................25Sheng, Y ......................................11Sherby, O D .................................10Shi, J ............................................. 7Shi, L ............................................3Shi, S ...........................................12Shi, Z ............................................5Shibata, M ..................................12Shibata, N ...................................22Shibuya, M ...................................5Shield, J E ................................2, 7Shimizu, K ...............................3, 6Shimono, M ..................................3Shin, H ........................................10Shin, K S .....................................10Shin, Y H .....................................18Shindo, D ............................ 22, 25Shiraishi, Y .................................25Shishido, T .................................22Shoukas, G M .............................18Shtansky, D V..............................25Sim, D J .......................................17Simba, D J ...................................20Singh, J .......................................18

Smallman, R E ............................27Smith, L ...................................3, 8Smugeresky, J ...............................4Smugeresky, J A ............................ 4Soboyejo, W O ...........................24Sofyan, B T .................................15Solovioff, G ................................22Son, C ...........................................1Song, J S ............................... 4, 32Speidel, M O ...............................19Speigelhauer, C ............................. 4Spigarelli, S ................................21Spinelli, D ...................................15Sprengel, W .................................. 8Springer, F ...................................16Srisukhumbowornchai, N ...........15Staller, M ....................................21Stan, M .......................................29Stark, D .......................................21Starke, E A ...............................7, 9Steen, P H......................................3Stetson, N T ................................20Stinov, E D ..................................31Stolyarov, V V .............................16Strauch, G ...................................27Subramanian, K N .......................21Sudo, J ........................................14Sueoka, N ....................................11Suga, Y ........................................26Sugimoto, S .................................. 7Sugioka, M .................................15Suk, J I ........................................28Sun, F ..........................................15Sun, J ..........................................31Sun, L ..........................................22Sun, Z ..........................................24Sung, U H....................................28Suratman, R ................................15Suresh, K G ................................... 3Suryanarayanan, R .....................26Suzaki, T .....................................10Suzuki, A ....................................16Suzuki, K ....................................27Suzuki, T .................. 3, 7, 11, 31Suzumura, A ................................28Syn, C K ......................................10Syono, Y .....................................25Szpunar, J A .................................18

T

Tabaru, T .....................................31Tabuchi, M ................................... 4Tada, H ........................................22Tadaki, T ........................ 6, 24, 25Taga, Y ........................................16Takadate, K .................................12Takahara, W ................................31Takahashi, M ................................4Takahashi, S .................................. 2

Takaki, S ............................... 3, 10Takami, K ......................................8Takamura, H ........................ 12, 20Takamura, Y ........................ 25, 28Takenchi, T .................................15Takeuchi, A ................................... 6Takeuchi, M ........................ 22, 25Takeyama, M ........................ 8, 11Takezawa, K .................................. 3Taki, T .........................................14Tamura, T ....................................20Tanabe, S ....................... 5, 31, 32Tanabe, T .............................. 2, 25Tanaka, A ......................................6Tanaka, I ....................................... 5Tanaka, K ............................ 10, 17Tanaka, M ...................................25Tang, Q H ....................................20Tang, Y ........................................27Taniguchi, S .......................... 5, 19Tao, W .........................................13Tardy, P ......................................... 6Taya, M .......................................22Teixeira, L A ...............................21Teng, R ............................... 29, 32Terada, Y .....................................11Teraguchi, N ...............................16Tesi, B ........................................... 9Mohri Tetsuo ..............................11Tewei, H ......................................31Thavorniti, P ................................. 5Thoma, D J ..................................24Thomota, Y .................................22Tikare, V ....................................... 8Todaka, Y ......................................4Tokimatsu, R C ...........................14Tomimura, K ...............................14Tomita, T ....................................26Tomohira, R ................................29Tomomura, Y ..............................16Tomota, Y ....................................14Torres-Villaseñor, G ....................14Trautwein, C ...............................28Troeger, L P ................................... 9Tsai, H - .......................................29Tsao, C - ......................................13Tsau, C H ....................................18Tsaul, C .......................................11Tseng, A A ..................................... 8Tsubakino, H ............... 10, 26, 29Tsuchiya, K ..............................3, 4Tsuchiyama, T .............................. 3Tsutsumi, E .................................16Tsuzuki, T ...................................32Tszeng, C ....................................15Turbini, L J .................................24Turlik, I .......................................21Tyberg, J T .................................... 3

39

U

Ueda, Y.......................................26Uggowitzer, P J ...........................19Umakoshi, Y ...................... 1, 6, 9Umeda, T ....................................10Umemoto, M ................................. 4Unal, O ........................................21Unno, K .......................................12

V

Valiev, R Z ..................................16Van de Voorde, M........................18Vanono, A ...................................22Varadaraju, U V .............................8Vareda, L V .................................15Varma, S K ..................................12Venkatesan, M ..............................8Vianco, P T .................................21Vitek, J M....................................26Vollza, Z M ...................................5Voorde, M V .................................. 4

W

Wachiendor, B ............................27Wada, M ......................................16Wadsworth, J ...............................10Wakai, F ......................................14Wallace, T D ...............................29Wang, C ......................................20Wang, D ........................................ 1Wang, H ......................................12Wang, J ........................ 12, 19, 31Wang, N ........................................ 7Wang, R ......................................11Wang, X ......................................11Wang, Z .......................... 2, 21, 29Warren, P J ..................................16Watanabe, H .................................. 5Watanabe, S ................................24Watanabe, T ........................ 19, 25Watanabe, Y .................................. 5Wee, D M ......................................2Wegmann, G ................................. 2Wei, P Y .......................................23Wei, R P ......................................28Wenlong, Z .................................19Weo, H ........................................15Whinnery, L L .............................24Wilson, R D .................................10Won, C W....................................16Wong, C ......................................15Wong, R J ....................................30Wong, S K ...................................18Woo, K ........................................21Woo, Y S .....................................16Wright, J ....................................... 8Wrignt, G ....................................22Wu, C M .............................. 20, 24

Wu, J ...........................................20Wu, W .........................................23Wu, X ..........................................25Wu, Y L ......................................... 7

X

Xiangwei, L ................................31Xiao, Z ........................................24Xiaoliang, X ...............................31Xie, X .................................. 10, 27Xu, H...........................................22Xu, T T ........................................29Xu, Z ................................... 18, 31

Y

Yamada, H .....................................5Yamada, O ...................................31Yamada, S ...................................22Yamada, Y ...................................26Yamaguchi, M ................. 1, 6, 11Yamamoto, A ..............................10Yamamoto, K ..............................24Yamamoto, M ..................... 13, 29Yamamoto, R ................................2Yamamoto, T ..............................26Yamamoto, Y ..............................12Yamasaki, T ................................29Yamashita, T ................................. 6Yamauchi, K ...............................22Yan, M G .....................................23Yang, B .......................................27Yang, H .......................................21Yang, S ........................................32Yazdani, S ...................................27Ye, R ...........................................32Yee, F C .......................................12Yeh, J ..........................................11Yeung, N H .................................24Yin, J ...........................................29Yokoyama, S ...............................25Yong, Y .......................................11Yoo, J - ........................................18Yoo, J E ................................. 7, 21Yoo, Y ................................. 10, 27Yoon, D Y ......................................6Yoon, J K ....................................25Yoon, S J ....................................... 8Yoshida, F ...................................10Yoshida, H ..................................27Yoshida, Y .....................................7Yoshikawa, A ..............................22Yoshikawa, K ..............................32Yoshikawa, N ........................ 5, 19Yoshimi, K ..................................32Yosida, T .....................................16Yu, C ...........................................29Yu, D ...........................................23Yu, J ............................................21Yu, X ............................................. 3

Yu, Z ...........................................15Yue, M ........................................31Yukawa, H ...................................13Yun, J H .........................................2Yun, M ........................................17

Z

Zabala, R J ....................................9Zaginaichenko, S ..........................3Zaginaichenko, S Y ....................15Zak, G ...........................................8Zander, D ....................................20Zarandi, F M ...............................23Zhang, B .....................................29Zhang, H .....................................27Zhang, J ................................ 4, 12Zhang, J S ...................................13Zhang, L .......................................1Zhang, S Y ..................................19Zhang, T ............................... 6, 26Zhang, X .......................................3Zhang, Y .....................................32Zhang, Z ............................... 7, 17Zhao, L ................................. 5, 22Zhao, Y .......................................31Zhao, Z ............................... 19, 25Zhen, L .......................................12Zhong, Z .....................................11Zhong, Z G .................................23Zhou, L ............................... 27, 28Zhou, Y .......................................16Zhou, Y C....................................18Zhoug, G F ..................................23Zhu, G .........................................18Zhu, H ...........................................1Zhu, J .................................. 10, 19Zhu, S J ................................. 2, 10Zidan, R A ...................................20Zimba, J ......................................20Zimmerly, C A .............................30Zok, F W .....................................19Zou, D X .......................................2Zoughi, R ....................................28