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James G. Abbee u.s. Department of Energy
Deborah Abrahamson U.S. Department of Energy
Shaul Abramovich SSC Laboratory
Frank S. Adams TSA
Joanne Adams TSA
Jim Adamson Larcan Communications
J. M. Adovasio Mercyhurst ColIege/SMU
Ken Agarwal General Dynamics Space
Systems Division
Richard S. Ahlman SSC Laboratory
H. Akimoto Hitachi Ltd.
Dave Alderson IGC Advanced Superconductors
Charles Alesi Walker Magnetics Group Inc.
Curt Allen SSC Laboratory
Ed Altgilbers Inland Steel
Chris Anderson DRD Corp.
Kathy Anderson SSC Laboratory
Charles E. Anderson Air Products and Chemicals
Richard W. Anderson Analogic Corp.
Bruce Anderson H&J Tool & Die Co.
L. E. Anderson PDM Inc.
David E. Andrews Oxford Instruments
Thomas Ankennann Process Systems
International Inc.
Tamirisa R. Apparao SSC Laboratory
William Appleton CVI Incorporated
Craig Arden SSC Laboratory
Sumikatsu J. Arima U.S. General Accounting Office
Julie Armstrong SSC Laboratory
J. Grant Armstrong MKS Instruments
Richard Atkinson Silvex
Stan Augustynowicz SSC Laboratory
Al Axt Westinghouse Electric
Francois Ayer Draper Laboratory
P. S. Ayres Babcock & Wilcox
Neil Baggett SSC Laboratory
David B. Bailey SSC Laboratory
Richard Bailey General Dynamics Space
Systems Division
Attendees
Dan Balcer CVI Incorporated
R. W. Baldi General Dynamics Space
Systems Division
M. J. (Penny) Ball SSC Laboratory
Robert W. Balliett NRC Inc.
Oscar Barbalat CERN
Ron Barber Los Alamos National Laboratory
Victoria A. Bardos SSC Laboratory
Barry Barish CalTech
Dan Baritchi SSC Laboratory
Doug Barnes TUElectric
Paul Barnett Energy and Natural Resources
VinodBarot Du Pont Company
R. C. Barquin Washington Consulting Group
Klaus J. Bartels Spar Aerospace Ltd.
Honorable Joe Barton U.S. House of Representatives
Henry R. Barton Je. SSC Laboratory
Shans Basiti SSC Laboratory
K. E. Bassett Martin Marietta
Astronautics Group
1225
Rick Baumann Union Carbide Industrial Gases
Donald S. Beard
Gerad F. Beatty LTV Steel Company
David Beechy SSC Laboratory
David A. Bein SSC Laboratory
Thomas J. Bell Bell Machine Company Inc.
Jewel C. Bell Bell Machine Company Inc.
Aldo E. Belloni Lotepro Corporation
Barron R. Benroth U.S. Department of Energy
William J. Berry EG&G Idaho Inc.
Daryl Bever General Dynamics Space .
Systems Division
Honorable Tom Bevill U.S. House of Representatives Armand Bianchi Fermi Laboratory
William B. Bigge Noell Inc.
Ed Bingler TNRLC
JohnW.Bird SSC Laboratory
Tony Bishop Allen-Bradley Co.
Bill Bishop Agra IndIVadeko
Charles D. Bizilj Howden Compressors Inc.
Ewart W. Blackmore TRIUMF
George B1anar Le Croy Corporation
R. J. Blanken IBMlFederal Sector Division
Miriam Bleadon Sci Tech Locke Bogart General Dynamics Space
Systems Division
Michael Boivin New England Electric Wire Corp.
Millard Bolt Lockheed M&S Co.
JohnW.Bonn CVI Incorporated
1226
Regina Borchard Martin Marietta
Astronautics Group
William N. Boroski Fermi Laboratory
Lieuwe Boskma DEP
Rodger Bossert Fermi Laboratory
Bruce Boswell Westinghouse Electric
Karl Brackhaus Dynapro Systems Inc.
Frank Brian Katie Group
Richard J. Briggs SSC Laboratory
John E. Brogan Danco Precision Inc.
D. A. Brouilette General Dynamics Space
Systems Division
Nat Brown U.S. Department of Energy
Donald P. Brown Brookhaven National Laboratory
Rick Brown U.S. Department of Energy
William T. Browne Jr. Marotta Scientific Controls Inc.
H. D. (Buzz) Bruner Bechtel
John C. Bruno J&L Specialty Products
Charles W. Bruny Babcock & Wilcox
Warren Buckles Superconductivity Inc.
Lawrence Buhl Copper & Brass Sales Inc.
Joseph Bularzik Inland Steel
Catherine Burns SSC Laboratory
Thomas O. Bush SSC Laboratory
Michael M. Busley General Dynamics Space
Systems Division
Martin ButaHa SSC Laboratory
John Butler Westinghouse Electric
WalterBux LABENSPA
Regent Cabana Quebec Government Office
H. G. Campbell Babcock & Wilcox
John Campbell Cryogas International
B. I. Cantor Babcock & Wilcox
R. Michael Capers Scientific Instruments Inc.
Don Capone SSC Laboratory
Mike Caracciolo SSC Laboratory
Ruben Carcagno SSC Laboratory
J. W. Carey TRIUMF
Nelson Carlo Abbott Products Inc.
Lee Carlson Superconductor Industry
L. A. Carlstrom CVI Incorporated
Ron Carlton Office of Congressman Frost
Jim Carney U.S. Department of Energy
Richard A. Carrigan, Jr. Fermi Laboratory
John A. Carson Fermi Laboratory
Harry Carter SSC Laboratory
John Carusiello Meyer Tool & Manufacturing
Shlomo Caspi Lawrence Berkeley Laboratory
Annette Caudiano Mitsui & Co. (USA) Inc.
Bill Cesarek Stellar Industries
James Chafe Naval Surface Warfare Center
C. David Chaffee AISISuper Collider News
Natalie D. Chambers Furukawa Electric
Technologies Inc.
Honorable Jim Chapman U.S. House of Representatives
Anthony Chargin Lawrence livermore
National Laboratory
Coby C. Chase SSC Laboratory
Gang Chen Beijing Glass Research Institute
Dennis Cheney John Cryer Moshy Y. Dreksler EG&G CRSS Architects Inc. Mycom Corporation
Thomas J. Chester Frank Cunningham Gilbert Drouet SSC Laboratory Swagelok Company CERN
William Chinowsky Richard L. Curl Rens L. Dubbeldam Lawrence Berkeley Laboratory The PBIMK Team HOLEC
Denis Christopherson Priscilla Cushman John J. Dubbs SSC Laboratory Yale University Air Products and Chemicals
Adam Chrzanowski Edward Daly Gerald Dugan University of New Brunswick SSC Laboratory SSC Laboratory
Joseph R. Cipriano Charles A. Dan Jonn C. Dykstra U.S. Department of Energy SSC Laboratory MVE
Gordon T. Clark Jerry Daniel J. Dykta The PBIMK Team Westinghouse Electric Leybold Vacuum Products Inc.
Susan Claude Leroy Daniel Dave Earthy Sheldahl Inc. CERN SSC Laboratory
W. R. L. Clements LtDarby Beth Easley-Toth MPB Technologies Inc. Babcock & Wilcox Inland Steel
Tony Cochrane Ted Dargan TonyElam DEP Digital Equipment Corp. IBMlFederal Sector Division
Michael Coffey Yuri Daschko Bob Engel Cryomagnetics Inc. Industry, Science & Technology Westinghouse Electric
Lindsay Coffman Vladimir Datskov John Engelsted U.S. Department of Energy SSC Laboratory Walker Magnetics Group Inc.
Cort Coghill Mark Davidson Charlie Ericson Babcock & Wilcox Fermi Laboratory Westinghouse Electric
Mark W. Coles John Davies Timo Erkolahti SSC Laboratory Marconi Defense Systems Outokumpu Superconductors Inc.
James W. Collins John R. Davis Behrooz Ershagi Texas Education Agency Irving Burton Associates Rotoflow Corporation
Eugene Colton Fred De Antonis Len Eschweiler U.S. Department of Energy Allied Signal Inc. Jade Simulations
Mark Confer Dean De Benedet David B. Everson Jr. Westinghouse Electric Martin Marietta Everson Electric Co.
J. A. Connor Earl Dedman Y. Eyssa Babcock & Wilcox Aguirre Associates Inc. Babcock & Wilcox
Milciades Contreras Stephen W. Delchamps Shawn J. Fagen University of Chicago Fermi Laboratory Advanced Photonix
Roger Coombes Joe Deley EliotFalk SSC Laboratory Westinghouse Electric EDS Unigraphics Division
Larry Cormell Jonathan A. Demko Roger A. Farrell SSC Laboratory SSC Laboratory IGC
BiffComing Luc Demortier Chris Farver EG&G Wasc (SSCL) The Rockefeller University Allen-Bradley Co.
Larry V. Coulson Pete Dent Anthony Favale SSC Laboratory Lake Shore Cryotronics Inc. Grumman
Kathleen Couzens Martine Deseraud Helmut Fechteler SSC Laboratory C.E.A. Siemens AG
Scott Covington Arnaud Devred Jan Fickling Cryenco SSC Laboratory Westinghouse Electric
Dennis Cox Nick Di Giacomo Yuri Filippov SSC Laboratory Martin Marietta JINR
Phil Craig James Dillard Don Finan Westinghouse Electric Barber-Nichols SSC Laboratory
R. Frank Cremeens Paul A. Draper Rod Fink Teledyne Pittsburgh Tool Steel University of Texas at Arlington Acme Cryogenics
1227
Bob Fischer General Physics Services Corp.
Gareth D. Aora Martin Marietta
Strategic Systems
Carlos Aores Barcel Wire & Cable
Adrian L. Auhmann Auhmann Inc.
Stephen A. Foerster Tempel Steel Company
David Forber AF A Industries
Paul T. Forde NRC Inc.
Martin Fortner U.S. General Accounting Office
Dave Fortunato SSC Laboratory
Gilbert Fox Jr. Plainfield Stamping-Illinois
Jim Fraivillig E. I. duPont
Janet Francis JPO Equipment Co.
Jim Franciscovich SSC Laboratory
Donald E. Franks SSC Laboratory
Larry Fraser MPR Teltech Ltd.
Thomas K. Frasier Gardner Cryogenics
Michael Freeman Process Systems
International Inc.
Jim Freim Furukawa Electric Technologies
Raymond Fricken U.S. Department of Energy
Bill Frisken York UniversitylLBL
Melissa I. Fromm Air Products and Chemicals
R. Fromont Superconductor Cabling
& Engineering
David Frost Supercon Inc.
Honorable Martin Frost U.S. House of Representatives
Bob Fuller, Jr. Westinghouse Electric
L. Warren Funk SSC Laboratory
James A. Fusco Iten Industries
1228
JamesE. Fye mM Federal Division
Tom Gadsden SSC Laboratory
Philip O. Gagnon General Physics Corp.
Mike Gamble Los Alamos National Laboratory
Henry M. Gandy lNRLC
RaoGanni SSC Laboratory
Jeffery C. Gannon SSC Laboratory
William E. Garber Air Products and Chemicals
C. J. Garvey Rogers Corp.
Alicia A Gaydos Amax Specialty Coppers Corp.
A Ghosh Brookhaven National Laboratory
G. O. Gigg General Dynamics Space
Systems Division
Paul H. Gilbert The PBIMK Team
Rene Gillier Helicoflex
Frederick J. Gilman SSC Laboratory
Nikos Giokaris The Rockefeller University
Guy Gistau L'airLiquide
Sheldon L. Glashow Harvard University
Leonard M. Goldman Bechtel Corporation
Stephen R. Goodman USS
Carl Goodzeit SSC Laboratory
E. T. Gossler Babcock & Wilcox
James A. Gray SSC Laboratory
Thomas H. Gray Allegheny Ludlum Corp.
David Green Saes Getters/U.S.A. Inc.
S. Steve Greenfield Parsons Brinckerhoff
Eric Gregory IGC Advanced Superconductors
Vincent J. Grillo Cryofab Inc.
Douglas Grones SSC Laboratory
Kenneth M. Groover Union Carbide Industrial Gases
Gerard Grunblatt Alsthom Intermagnetics
John A. Gruver Westinghouse
Tim Guitner Ebara Technologies
R. Gupta Brookhaven National Laboratory
Fred Gurney Westinghouse Electric
SamGurol General Dynamics Space
Systems Division
AhmetGursoy The PBIMK Team
Nathalie Guyol SSC Laboratory
JoeGyan Baton Rouge Advocate
Gregory M. Haas U.S. Department of Energy
Bernhard Haberthuer Sulzer USA Inc.
Thomas Hacker Abbott Products Inc.
Johnny Hagen Edwards High Vacuum
International
Eric Haggard Fermi Laboratory
S.Hahn Los Alamos National Laboratory
Anthony R. Hald ICF Kaiser Engineers Inc.
Phyllis Hale SSC Laboratory
Robert W. Hamm Acc Sys Technology Inc.
Jack Hanlon Los Alamos National Laboratory
Mark Hanna Techware Systems
Greg Hanowski SSC Laboratory
Patricia A. Hansen Hitachi America Ltd.
Hisashi Harada Mitsubishi Electric Corp.
Samuel D. Harkness Westinghouse Electric
William E. Harrison Brookhaven National Laboratory
Frank Hart Lydall Manning Nonwovens
Don Harwell Cryenco
Keiji Hasegawa Shimizu Corp.
Ronnie J. Hastings Waxahachie LS.D.
Toshio Hayashi Kawasaki Steel Communications
Michael Hayes Kinetic Systems Corp.
Honorable James Hayes U.S. House of Representatives
Robert Hedderick SSC Laboratory
Tricia Heger Fermi Laboratory
Warner Heilbrunn SSC Laboratory
Ezra D. Heitowit Universities Research Assn.
Keith Helart Ball Aerospace Systems Group
Roland Hellmer Balzers
John B. Hendricks Alabama Cryogenic Engr. Inc.
Steve Hensley CVI Incorporated
Wilmot N. Hess U.S. Department of Energy
Carl Heyne Westinghouse Electric
A. D. Hibbs Quantum Magnetics
Susan Hickey Lockheed Austin Division
Jeannie Hicks Office of Congressman Chapman
liro Hietanen Helsinki University, SEFT
Gale E. Hill The PBIMK Team
Norman F. Hill Argonne National Laboratory
M. Hiller Babcock & Wilcox
Ron Hite Babcock & Wilcox
Arvle F. Hix Irving Burton Associates
P. A. Hlasnicek Babcock & Wilcox
Kenneth T. Hoffman Precision Defense Services Inc.
Denslay Hoffman General Dynamics Space
Systems Division
Matt Hogan Office of Congressman Geren
E. O. Hooker Babcock & Wilcox
Jerry Hopkins General Dynamics Space
Systems Division
DickHora General Dynamics Space
Systems Division
Joseph Horn BOC/AlRCO
George Horvat Liquid Air Engineering
Kenji Hosoyarna KEK
Robert E. Hughes Associated Universities Inc.
Robert Hummel Irving Burton Associates
William Hunter Laser Techniques Inc.
Andy Hutnikoff Allied Apical Co.
Peter Hwang Gardner Cryogenics
M. Ikeda Furukawa Electric
H. Ishida Kawasaki Steel Corp.
Tsutom lsobe Furukawa Electric
H. J. Israel HOLEC
Jon Ives SSC Laboratory
James Ivey SSC Laboratory
Robert A. Jake American Magnetics
Abdul Jalloh SSC Laboratory
Michael A. Janoski Irving Burton Associates
Andrew J. Jarabak Westinghouse Electric
Kenneth Jennings Modicon
D. C. Johanson Babcock & Wilcox
David H. Johnson Howden Compressors Inc.
Dave Johnson Standard Mfg. Co. Inc.
Coleman Johnson Lawrence Livermore
National Laboratory
David E. Johnson SSC Laboratory
R. A. (Bob) Johnson JBC Associates
Gwynne Johnston Tempel Steel Company
J. Bennett Johnston Senator D-LA
Carleton H. Jones Bechtel Corporation
Proctor Jones EnergylWater Appropriations
Donald Jordan Spaulding Composites Company
N. B. "Buck" Jordan Waxahachie Chamber
of Commerce
Nicholas Kallas SSC Laboratory
Jill F. Kallsen TeledyneSC
HemKanithi IGC Advanced Superconductors
Alvin Kanofsky Lehigh University
Raphael Kasper SSC Laboratory
Julian A. Katz TRW/SIG
Sam Kawarnata Hitachi Cable America Inc.
E. Kelly Brookhaven National Laboratory
K. Kikuchi Sumitomo Heavy Ind.
Ed Killian Brookhaven National Laboratory
Mike Kimmy General Dynamics Space
Systems Division
Glenn E. Kinard Air Products and Chemicals
Alastair J. King Nexus Amplifier Solutions Corp.
Ian King Westinghouse Electric
Thomas B. W. Kirk Argonne National Laboratory
T. Kishi Mycom Corporation
Hiroyuki Kitagawa Mitsui & Company Ltd.
1229
Sherrie Kivlighn David Lambert Albert Luna SSC Laboratory SSC Laboratory Luna Defense Systems Inc.
Mary Klorer Stefano Lami Ted Luskowitz Allen-Bradley Company State University of New York Contemporary Physics
John Klusarits Michael J. Lamm Education Project
Acme Cryogenics Fermi Laboratory Rick Luther
Quintin W. Kneen Horace Lander SSC Laboratory
CBI Na-Con, Inc. Nippon Steel USA Inc. HylanLyon
Ted Kobel John J. Lapicola Facility Development Associates
Process Systems Avo Multi AmplIDM Charles Lyraud International Inc. Eric Larson CEN Saclay
Horst Koetting Fermi Laboratory Colin J. Mac Farlane Babcock & Wilcox Amy Lautenschlager Ontario International Corp.
M. Kohama Fermi Laboratory Jeff Mac Kinnon Mycom Corporation Charles Laverick Office of Congressman Barton
Ted Koizumi A. Gordon Mac Lennon Furukawa Electric JoLay Canadian Consulate General
Edward W. Kolb Judge Fite Co. Inc. Realtors John Mackay UC Santa Barbara Michael Lee SSC Laboratory
David Koopman B.C. Trade Development Corp. R.MichaelMadden Metallized Products Daniel R. Lehman Advanced Photonix
Serguei Kopylov U.S. Department of Energy James Maddocks University of Wisconsin Jarkko Lehto SSC Laboratory
Wayne Koska Outokumpu Superconductors Oy James F. Maguire Fermi Laboratory Thomas A. Leiser Applied Engineering
TedKozman Trammell Crow Company Technologies Ltd.
SSC Laboratory Louis J. Lestochi Ted Mallick
Max Kozyrczak Air Products and Chemicals Westinghouse Electric
Process Systems Eddie Leung Robert J. Malnar International Inc. General Dynamics Space SSC Laboratory
David Kramer Systems Division Wendell Mansel Inside Energy Kent K. Leung U.S. Department of Energy
MarkKrefta SSC Laboratory D.Mapes Westinghouse Electric Michael Levin Babcock & Wilcox
T. Scott Kreilick SSC Laboratory Gerhard Mara Hudson International Conductors Pejung Li Elin Energieanwendung
Ken Kreinbrink Institute of Ceramics for Bill Marancik CVI Incorporated SSC Laboratory Oxford Superconducting
Detlef Krischel Joe Lichtenwalner Joe Marcus SiemensAG Oxford Superconducting Tech Martin Marietta Astronautics
Dave Krudwig Dennis Lieurance Finley W. Markley Westinghouse Electric General Dynamics Space Fermi Laboratory
George A. Kuhr Systems Division Bob Marsh Hughes Aircraft Company Rauno Likamaa Teledyne Wah Chang Albany H. Kunitomo Outokumpu Superconductors Oy Thomas Matuszak Miti Steve Lindmayer Trent Tube Ryuichi Kurumisawa B.C. Trade Development Corp. Michael May C. Itoh Pipe & Tube Melvin Lindner Phelps Dodge Magnet J. Kuykendall Brookhaven National Laboratory Wire Company Nissei Sangyo America Ltd. Arie Lipski Lewis May Hoang GiaKy Fermi Laboratory CRSS Architects Inc. AISA Said Lounis Peter O. Mazur Andrew K ytasty C.E.A. Fermi Laboratory General Dynamics Space Diana (Dino) Lowrey Charles Mazzacato
Systems Division EG&G Idaho Inc. Markham Electric Ltd. Elizabeth J. La Rosa Jill Ludwigsen James McAdams Digital Equipment Corp. Nichols Research Corp. Fermi Laboratory
1230
Michael McAshan SSC Laboratory
Randy McConeghy SSC Laboratory
John B. McDaniel Siemens Industrial Automation
John R. McDonald The PBIMK Team
Kim A. McDonald Chronicle of Higher Education
Glen E. McIntosh Cryogenic Tech. Servo
A. D. McInturff Fermi Laboratory
Debra Law McKeown 1NRLC
R. D. McKinney Teledyne Metal Forming
Mike McKinney TUElectric
Lawrence M. Megan Teledyne Pittsburgh Tool Steel
Thomas Mego Keithley Instruments
Manuel Mendez Cinvestav
Andrew Mendo Hamamatsu Corporation
Thomas Mensah Supercond Technology
Z. M. Meratla CDS Research Ltd.
John Metzler U.S. Department of Energy
Bill M. Miera Fiore Industries Inc.
W. O. Miller Los Alamos National Laboratory
Mark Miller Keller PSI Inc.
John Miller National High Magnetic
Field Laboratory
Joseph Miller U. S. Department of Energy
Lisa Mills Hi Tech Mfg.
Masaharu Minami Mitsubishi Heavy Industries Ltd.
William Mischler Intermagnetics General
John Mitchell Martin Marietta
Alex Miyatake Furukawa Electric
Chiaki Mizuno Mitsui & Company (USA) Inc.
Martin Moffat Teledyne Metal Forming
Dieter Moller Leybold Ag, Cologne
Henry A. Mollicone Stellar Industries
James E. Monsees The PBIMK Team
Les Montford Kaiser Aerotech
Suhas MookeIjee ABB Technology Co.
John S. Moore Illinois Dept Energy &
Natural Resources
William Moore Office of Congressman Chapman
John J. Morena ACMLE
Gerry H. Morgan Brookhaven National Laboratory
Ira Lon Morgan IDM Corp.
Hiroaki Morita Mitsubishi Heavy Industries Ltd.
Vicki Lynn Morris SCI
Paul Morris Teledyne Sc
Herbert Moryson Siemens AG
David Moss Pacific Levitation Systems Inc.
Bill Mote Mote & Associates
Pascal Mougenot Alsthom Intermagnetics
G. T. Mulholland SSC Laboratory
Thiru Muliya SSC Laboratory
Tim Muller Westinghouse Electric
Pamela J. Mundo Midlothian Chamber
of Commerce
Joseph F. Muratore Brookhaven National Laboratory
David Nahmias Air Products and Chemicals
Koichi Naruse Mitsui & Co. (USA) Inc.
Uriel Nauenberg University of Colorado
Greg Naumovich Everson Electric Co.
Ron Naventi Bechtel
Dick Neal General Dynamics Space
Systems Division
Leonard Neiman General Dynamics Space
Systems Division
Robert P. Nero Howden Compressors Inc.
Louis Newsome Memory Engineering
Renee A. Nichols Ceramaseal
Wolfgang Nick SiemensAG
Thomas H. Nicol Fermi Laboratory
Ralph C. Niemann Argonne National Laboratory
MikaNiemi Helsinki University, Seft
Masaru Nishikawa University of Tokyo
Y oshio Nishioka Mitsubishi Heavy Industries
Fred Nobrega SSC Laboratory
Carl Noggle Fiore Industries Inc.
K. Nohara Kawasaki Steel Corp.
EddNoien Office of Congressman Bevill
Jim Nonnie Flexonics Inc.
John Nonte SSC Laboratory
Leonard Norman SSC Laboratory
Joyce North Lancaster Chamber of Commerce
Mary Ann Novak Parsons Brinckerhoff Quade
Sean 0' Bar Westinghouse Electric
Patrick 0' Keefe Bath Iron Works Corp.
PhilO' Larey Teledyne Wah Chang Albany
Joseph 0' Loughlin Rector Associates International
Jim Ochsner E. I. duPont
1231
Richard H. Oeler Air Products and Chemicals
Jeff Ogawa ICF Kaiser Engineers Inc.
lGnyaOgawa The Furukawa Electric
Torn Ogitsu SSC Laboratory
Tsuguo Ohkuma IHl
IsamuOhno IHl
Lori Okay SSC Laboratory
Scott Olexa Westinghouse Electric
Joseph A. Orgeron University of Texas at Dallas
Darryl Orris Fermi Laboratory
Charles Orsak Navarro College
David Osborne Boston University
M. Oshima Hitachi Ltd.
Aubie Oslin The PBIMK Team
Gene Oster Advanced Technology Inc.
Johan A. Overweg Siemens AG
Chuck: Owen Westinghouse Electric
Satoshi Ozaki Brookhaven National Laboratory
N.Ozaki Hitachi Ltd.
Tony L. Ozuna New Bedford Panoramex Corp.
Peter Papakostantinu Papa & Associates
H. Parish CVI Incorporated
Joe Parish E. I. duPont
RekhaPatel General Dynamics Space
Systems Division
Pam Patrick Alcoa
Ray Patrylak: Rogers Corp.
John Patterson OR Tech
1232
Lee Patterson General Dynamics Space
Systems Division
Philippe Paulmier Air Liquide Canada Ltee.
Tim Pawlak: Swanson Analysis Systems Inc.
William W. Pearson EG&GWasc
Scott D. Peck General Dynamics Space
Systems Division
James B. Peeples CVI Incorporated
Arlin M. Pennington SSC Laboratory
Yvette M. Perez CERN Courier
Lynn Peugh North Texas Commission
Aihud Pevsner The Johns Hopkins University
James Pfefferle General Physics Services Corp.
Peter C. Piazza Lafayette Advertiser
James G. Pierce CVI Incorporated
Armand Pinet Thevenet -Oerjounie
Dan Pohlabel Process Equipment Co.
Douglas A. Pollock: SSC Laboratory ,
John Pope The Times-Picayune
Stan Popp InveIpOwer
Nick Porschek P.E.C. Magnet System Division
Robert L. Powell Process Systems
International Inc.
Robert J. Powers Powers Assoc. Inc.
Ronald P. Pratt Weldaloy Products Co.
J. C. Puippe W. Fluhmann Ag
Phillip Radusewicz SSC Laboratory
Myrna Ramos Hewlett Packard
Leida Randall SSC Laboratory
Scott Rankin Andyne Computing
Joseph Raple U.S. General Accounting Office
John R. Rees SSC Laboratory
Margareta Rehak: Brookhaven National Laboratory
Larry A. Rehn Interfet Corp.
John B. Reid United Magnet Technologies
Ann Reifenberg Dallas Morning News
Karl Rencher Lawrence Berkeley Laboratory
Keith Rensberger Cryenco
C. M. Rey Babcock: & Wilcox
Richard L. Rhodenizer Intermagnetics General Corp.
James K. Rice Sandia National Laboratories
James H. Richardson SSC Laboratory
Jack: Richman Spectrum Eng. Corp. Ltd.
ReidRihel Fermi Laboratory
Chris Riley Vector Fields Inc.
Edward C. Rinck: Weldaloy Products Company
Rick Riney Martin Marietta Astronautics
Michael Riordan URA
Chris Rista Saes Pure Gas Inc.
Dan Rivenbark SSC Laboratory
George Robertson SSC Laboratory
Charles Robinson Open Systems Resources
William F. Robotham Fermi Laboratory
Peter Roe Watlan Inc.
Jimmy Rogers SSC Laboratory
Daniel Rogers Fermi Laboratory
E. Parke Rohrer Brookhaven National Laboratory
Livio Rosai Saes Getters S.P.A.
Jeff Rosendahl Energy Research/Science, Space,
& Technology
Carl H. Rosner Intermagnetics General Corp.
Jim Rossi Kyser Company
H. Rougeot G.E. Research & Development
William G. Rueb Morrison Knudsen Corp.
Camille Rush SSC Laboratory
Patrick Russell Trent Tube
R. Ryan Babcock & Wilcox
Nobuyuki Sadakata Fujikura Ltd.
Shigeo Saito Sumitomo Electric Industries
Shuji Sakai Hitachi Cable Ltd.
G. Salvador General Dynamics Space
Systems Division
Nicholas P. Samios Brookhaven National Laboratory
W. Sampson Brookhaven National Laboratory
James R. Sanford SSC Laboratory
Phillip Sanger SSC Laboratory
S. Sato Kawasaki Steel Corp.
Y oshihisa Sato Toshiba Corp.
Guy J. Scango U.S. Department of Energy
Terry Scanlan AircoGases
Giuseppe Scarfi Ansaldo Componenti
Richard Schafer Process Equipment Co.
Sam Scheer Westinghouse Electric
Jack Scheider Lockheed Austin Division
Robert I. Schermer SSC Laboratory
Leonard Schieber Brookhaven National Laboratory
B ill Schiesser SSC Laboratory
Steve Schnurer G.E. Medical Systems
Susan Schoenung W. J. Schafer Associates
Bill Schumacher Armco
H. Donald Schwartz Cabot Performance Materials
Bill Schwenterly SSC Laboratory
Roy F. Schwitters SSC Laboratory
VicScopack Cryogenic Ind.
Frank Scrima Katie Group
John Scudiere Oxford Superconducting
Technology
Armin Senn Sulzer Brothers Ltd.
Jeffrey M. Seuntjens SSC Laboratory
Howard Shaffer, Jr. Westinghouse Electric
Sol Shapiro SSC Laboratory
Douglas Sharp General Physics Services Corp.
Rick Sharp EIma
Jerry D. Shay Km - Kabelmetal America
Phil Shelley EO&G Ryan Sherman SSC Laboratory
Peter Shields Janis Research
Takao Shiota FTA
Dan Shipman Contract Mfg.
Nanda K. Shivapuja SSC Laboratory
David Shoaf Westinghouse Electric
Mike H. Shrubsole Murdock Inc.
Quansheng Shu SSC Laboratory
Bruce G. Shuster SSC Laboratory
Gottfried Simon Elin Energieanwendung
Charles W. Simpson Morrison Knudsen Corp.
Richard E. Sims SSC Laboratory
Feliciano Sanchez Sinencio Cinvestav
Sharad K. Singh Westinghouse Electric
G. Sintchak Brookhaven National Laboratory
Mark J. Sisinyak Brown & Root Inc.
Edward J. Siskin SSC Laboratory
BaIbara Sizemore Fermi Laboratory
Nils Sjulander Silvex
John Skaritka SSC Laboratory
Robert F. Smellie SSC Laboratory
Christopher C. Smith Dynapower Corporation
Dave Smith Westinghouse Electric
John R. Smith Memory Engineering
D. K. Smith Armco Adv. Mati. Co.
Greg Snitchler SSC Laboratory
Volker Soergel DESY
Philip W. Spaeth Air Products and Chemicals
Kyle Spann Stellar Industries
L. Clay Spencer Brown & Root Inc.
David Stankes Lydall Manuing
Mike Stanko Westinghouse Electric
Jerry Staub General Dynamics
Elizabeth Stefanski SSC Laboratory
C. A. Steinman General Dynamics Space
Systems Division
A. John Stekly Intermagnetics General Corp.
Kirk Stifle SSC Laboratory
1233
William Stokes Brookhaven National Laboratory
Jay Stone U.S. Department of Energy
Philip C. Stover Nichols Research Corp.
Elford A. Stover Jr. Bath Iron Works Corp.
Jim Strait Fermi Laboratory
Bruce P. Strauss Powers Associates Inc.
Alan J. Street Oxford Instruments
Robin Stringfellow TNRLC
Kenneth W. Struve Mission Research Corp.
Linda Stuntz U.S. Department of Energy
Takayasu Sugiyama Nippon Steel USA
Hilary Sullivan U.S. General Accounting Office
Melinda Sumurdy Ontario Goverument - Dallas
Wally SundeIman Westinghouse Electric
John Supancic Von Roll Isola Inc.
Toru Suzuki Nippon Steel Corp.
Shinichi Suzuki Shimizu Corp.
Roger Swensrud Westinghouse Electric
John R. Swentzel Phelps Dodge Specialty Cu
Vladimir Sytchev IHEP
K. Tahara Hitachi Ltd.
K. Takagi Hitachi Ltd.
Greg Tanimoto C. !toh Pipe & Tube
Claude D. Tapley Km-Kabelmetal America
Laurent Tavian CERN
Clyde Taylor Lawrence Berkeley Laboratory
David Taylor AnncoInc.
Lawrence Teel Kinetic Systems Corp.
1234
Jukka Teras Cerntech Ltd.
Juhani Teuho Outokumpu Superconductors Oy
Roberto Y. Than SSC Laboratory
Robert L. Thews University of Arizona
D. L. Thoman Burle Industries Inc.
Randell Thompson The PBIMK Team
Tim Thompson Los Alamos National Laboratory
John C. Thome SSC Laboratory
Dennis Threatt SSC Laboratory
Will Thur Lawrence Berlceley Laboratory
Tim Thurston SSC Laboratory
John E. Tigner Science Application
International Corp.
John S. Toll Universities Research Assn.
Jean Christian Toussaint C.E.A.
George Trilling Lawrence Berlceley Laboratory
Alvin W. Trivelpiece Oak Ridge National Laboratory
Hank Trujillo Fiore Industries Inc.
Gary Tuttle SSC Laboratory
Norihiko Ujiie Nat'l Laboratory for High
Energy Physics (KEK)
K. Ukena Nissei Sangyo America Ltd.
Robert C. Ulrich The PBIMK Team
John B. Urbin SSC Laboratory
George J. Urich Everson Electric Co.
Anthony N. Vageonis Precision Defense Services Inc.
Hugo Van Den Bergh General Dynamics Space
Systems Division
W. E. Van Eman U. S. Steel Division USX
Rob Van Weelderen CERN
Voitto Vanhatalo Outokumpu Superconductors Oy
Gregorio Vargas Corporation Mexicana de Inv.
en Materiales
Alex P. Varghese Gardner Cryogenics
Mikhail Vereschagin JV"SKIF"
Michael Vitale Surnitomo Corporation
of America
R. J. Vopelak Babcock & Wilcox
Eric Vrsansky SSC Laboratory
UdoWagner Sulzer Brothers Ltd.
Masayoshi Walee Fermi Laboratory
Yukichi Wakita Mitsui & Co. (USA) Inc.
Ian J. Walker GMW Associates
Ron Wallace Flexonics Inc.
William Wallenmeyer SURA
Gully Walter Tempel Steel Company
P. Wanderer Brookhaven National Laboratory
Don Warner SSC Laboratory
R. Watanabe Toho Titanium
Jerry M. Watson SSC Laboratory
J. Waynert Babcock & Wilcox
C. Weber Babcock & Wilcox
William Weber MPI International Inc.
J. G. Weisend SSC Laboratory
Norman Wells SSC Laboratory
David Wells Rotoflow Corporation
John Welte Analogic Corporation
Milt Werkema Sheldahl Inc.
Brent West Cryogenic Consultants Inc.
James E. West Cryogenic ConsultuIts Inc.
MalkWest Lawrence Belkeley Laboratory
Jim West ffiM
JeffWestem SSC Laboratory
Andrew White University of Texas at Arlington
Mike Whiteside Telesis High Vacuum Inc.
Jon Wikstrom MUE
Colin D. Wilburn Micron Semiconductor Inc.
E. H. Willen Brookhaven National Laboratory
Lloyd Williams CERN
Lola Williamson SSC Laboratory
Bob Williamson SSC Laboratory
Ron Willig EML Research
Kenneth F. Wilson CVI Incorporated
Larry Wilson Douglas Engineering Co.
Philip W. Winkler Air Products and Chemicals
Phil Winnie Westinghouse Electric
Kathryn Wirth The PBIMK Team
Neil E. Wiseman General Dynamics Space
Systems Division
Zachary Wolf SSC Laboratory
JohnWollan Martin Marietta
Donald E. Wolman SSC Laboratory
Jack Woltz SSC Laboratory
James V. Worth Oxford Superconducting
Technology
Steve Wright Kurt J. Lesker Co.
Jiing-Liang Wu Westinghouse Electric
K.C.Wu Brookhaven National Laboratory
Russell Wylie SSC Laboratory
DongXiao Florida State University
XunXu SSC Laboratory
Rynji Yamada Fermi Laboratory
Dan Yamamura Teledyne Japan K.K.
K. Yamanishi Kawasho Corp.
John B. Yasinsky Westinghouse Power Systems
James H. Yeck U.S. Department of Energy
Richard C. York SSC Laboratory
Y. Yoshida Hitachi Ltd.
George P. Yost SSC Laboratory
AdnanYucel SSC Laboratory
Frank J. Zahradnik Ebara Technologies
Joseph A. Zawistowski Ability Engineering Technology
Bruce Zeitlin IGC Advanced Superconductors
Arnulfo Zepeda Cinvestav
Burt Zhang SSC Laboratory
Ren-Yuan Zhu CalTech
Bruno O. Ziegler Sulzer Brothers Ltd.
George O. Zimmerman Supersolder Technologies Inc.
Art Zinszer General Dynamics Space
Systems Division
1235
Abramovich, S ................................. .207 Adovasio, J ........................................ 85 Afanasiev, O ..................................... 867 Agarwal, K. ..................................... .219 Akimov, Y ..................................... 1097 Albee, M .......................................... 591 Anderson, D .................................... 1201 Anerella, M .......... .113, 137, 535, 551, 559 Arden, C ......................................... 1143 Arrendale, H .................................... 1001 Assell, D .......................................... 395 Ayai, N ........................................... .499 Ayer, F. ........................................... 151 Baker, E ........................................... 643 Ball, P ........................................... 1015 Baranko, G ....................................... .591 Bardos, V ................................... 661,669 Baritchi, D ........................................ 321 Barkell, J .......................................... 159 Bastian, S ....................................... 1039 Bein, D .................................... .225, 677 Bell, W ............................................ 619 Belz, J ............................................. .591 Bensiek, W ................................ 981, 985 Beoddy, J .......................................... 967 Berk, E ............................................. 151 Berry, W ............................................ 99 Billingsly, A. .................................... 967 Bleadon, M ......... 13,113,137, 251,365,435 Blecher, L. ........................................ 259 Blessing, M ...................................... 517 Bliss, D .......................................... 1167 Boer, J .................................... 981, 1187 Bolotin, I. ......................................... 881 Boroski, W ....................................... 235 Bossert, R ............ 113, 137, 251, 289, 365,
435,461,517,527,1177 Brandt, 1.. ................................ 517, 1177 Broomer, B ....................................... 591 Brouillette, D .................................... 889 Brown, G .................................. .475, 491 Budagov, J ...................................... 1201 Bush, T. ............................. 113, 137, 551 Butalla, M ...................................... 1119 Buyce, R. .......................................... 85 Cahill, J ........................................... 395 Cantor, B .......................................... 967
Author Index
Capone, D., II ........ 25,491, 661, 669, 685 Carcagno, R ................................ 635,897 Carr, W., Jr. ............................. 695, 1025 Carson, 1.. ........... 113, 137, 251, 289, 365,
395,435,517,527,757 Caspi, S ........................................... 243 Chen, G ........................................... 809 Chervonekis, A ................................ 1103 Chester, T .......................................... 99 Christianson, 0 ................................. 739 Christoph, M .................................... 591 Christopherson, D .......... 25, 491, 669, 685 Chromec, B ....................................... 199 Chuboy, H ....................................... .327 Cihangir, S ..................................... 1201 Clark, F ............................. 661, 669, 685 Clark, G ......................................... 1127 Clerc, R. .......................................... 199 Coghill, C., III .................................. 275 Coleman, E ....................................... 661 Coles, M .................................. .467, 905 Collings, E ....................................... 923 Connolly, D ...................................... 395 Coombes, R ........................ 1l3, l37, 551 Cooper, H ....................................... 1025 Cooper, W ......................................... 13 Corden, M ...................................... 1209 Coming, B ......................................... 79 Cottingham, J ....... 113, 137, 535, 551, 559 Cowan, P ......................................... 365 Craker, P ........................................ 1007 Croll, B ............................................ 219 Curbow, J ......................................... 841 Cushman, P .................................... 1217 Daly, E. .................................... 313,913 Daniel, G .......................................... 591 Daoudi, M ........................................ 591 Davidson, M ........................... .461, 1039 Dederer, 1.. ........................................ 739 Dejong, T .......................................... l3 Delagi, N .......................................... 873 Delchamps, S .............. I13, l37, 251,289,
365,435,517,527 Demko, J .......................................... 635 Demortier, L. .................................. 1201 Devred, A. ......................... 113, l37,251,
365,435,551
1237
Dickey, C ......................................... 859 DiMarco, J ........................ .113, 137,251,
365, 435, 551 Dransfield, G ..................................... 603 Dreksler, M ....................................... 627 Dryer, J ........................................... .467 Dubasov, A ....................................... 867 Dugan, G .......................................... 825 Dwyer, S ........................................ 1159 Eartly, D .......................................... 175 Elliott, 1.. ....................................... 1167 Enbaev, A ......................................... 881 Erdmann, M ...................................... 661 Erdos, E ........................................... 591 Erdt, W ............................................ 199 Erkolahti, T ....................................... 49 Erochin, A. ................................ 867, 881 Ewald, K ................................... 289, 517 Eyssa, Y ........................................... 305 Fales, P ............................................. 13 Fanourakis, G .................................. 1201 Farrell, R .......................................... 259 Fechteler, H ............................. 981, 1187 Fernandez, J ....................................... 57 Ferrell, J ........................................... 841 Flora, R ........................................... 859 Franks, D ......................................... 259 Freeman, M ...................................... 191 Frost, D ............................................ 57 Fulton, H .................................. 289,517 Funk, L ............................................ 833 Fuse, M .......................................... .499 Fuzesy, R ......................................... 467 Gadsden, T ......................................... 21 Gamble, M ................................ 603, 611 Ganetis, G ............ 113, 137, 535, 551, 559 Ganni, V ................................... 207, 453 Garbarini, J., Jr. ...................... 1007, 1015 Garber, W ............. 113, 137, 535, 551, 559 Gathright, T ..................................... .467 Gertsev, K. .................................... 1103 Ghosh, A ........................... 113, 137,535,
551, 559, 765 Gilbertson, A. .................................. .461 Gilchrist, E ...................................... .219 Giokaris, N ..................................... 1201 Gonczy, E ........................................ .461 Goodzeit, C .................. l13, 137, 535, 551 Gordon, M ........................................ 517 Gorman, J ......................................... 151 Gossler, E ........................................ .275 Goulianos, K. .................................. 1201 Gourlay, S ............ 113, 137, 251, 365,435 Govignon, J ...................................... 151 Graham, S ........................... 25, 669, 677 Greene, A. ............ 113, 137, 535, 551, 559 Gregory, E ........................................ 923 Gribkov, V ..................................... 1103 Gridasov, V ................................ 867,881 Grtineberg, H ..................................... 981 Grut, K ........................................... .281 Guarino, V ........................................ 183 Gupta, R ........................... 113, 137,535,
551, 559, 773 Gurevich, A. ..................................... 975 Gurol, H .................................. 651, 1167
1238
Gtisewell, D ...................................... 199 Guss, C ............................................ 591 Haasjoki, P ........................................ 49 Haggard, J .................................. 517, 757 Hanft, R ............... 113, 137,251,365,435 Hanlon, J .......................................... 603 Hannaford, c. .............................. 25, 669 Hanson, G ........................................ 159 Hatfield, D ...................................... 1089 Hedderick, R ...................................... 711 Heger, P ........................................... 289 Higinbotham, W ................................ 517 Hill, N ............................................. 183 Hiller, M .................................. .281, 297 Hlasnicek, P ...................................... 967 Hoecker, D ................................. 159, 183 Hoffman, D ....................................... 517 Hoffman, J ...................................... 1177 Hordubay, T. ..................................... 183 Horton, B ......................................... 873 Huang, X .......................................... 305 Ii, H ............................................... 939 Ikeda, H ............................................ 583 Ikeda, M .................................... 939, 943 Inaba, J ............................................ 931 Inoue, 1. .................................... 939, 943 Iosue, M ......................................... 1217 Ivey, J ............................ 873, 1007, 1015 Iwaki, G ......................................... 1081 Jaffery, T .......................................... 527 Jain, A. ................ 113, 137, 535, 551, 559 Jalloh, A. ........................... 313,321,957 J arabak, A ............................................ 1 Jayakumar, R. ................................... 695 Jenkens, L. .......................................... 5 Jensen, . R .......................................... 517 Johanson, D ...................................... 513 Johnson, B ...................................... 1217 Johnson, P ........................................ 175 Jonas, P ........................................... 259 Jones, J ............................................ 757 Kahn, S ................ 113, 137,535,551,559 Kallas, N .......................................... 957 Kamata, K ...................................... 1081 Kanithi, H ........................................ .41 Kazmin, B ........................................ 867 Kelley, J ........................................... 967 Kelly, E ............... 113, 137, 535, 551, 559 Kerby, J ........................................... 289 Khazins, D ..................................... 1201 Kihlken, D ....................................... .461 King, D ........................................... .219 Kinney, W ........................................ 527 Kishi, T ........................................... 627 Kivlighn, S ........................................ 21 Kobel, T .................................... 191, 619 Kobliska, G .................................... 1177 Koganeya, M ............................... 33, 499 Kondo, T. ......................................... 943 Konschak, R. .................................. 1187 Kopylov, S ....................................... 975 Koska, W ............ 113, 137, 251, 289, 365,
419,435,461,517,527 Kovachev, V ..................................... 695 Kozyrczak, M .................................... 619 Krefta, M ................... 327, 335, 575, 1167
Kreutz, R .......................................... 981 Myznikov, K ..................................... 867 Krischel, D .............................. 981, 1187 Nagata, M .................................... 33,499 Kuchnir, M ........... 113, 137, 251, 365, 435 Nab, W ....................... 113,137,365,435 Kupiszewski, T .................................. 993 Nakazawa, H ................................... 1081 Kumaev, O ....................................... 867 Nasiatka, J ........................................ 183 Kurtcuoglu, K ................................... 199 Nauenberg, U. .................................. .591 Kuzminski, J ...................... 113, 137,251, Neiman, L. ....................................... 505
365, 435, 551 Nelson L. ......................................... 757 Kytasty, A ...................................... 1001 Nguyen, L. .............................. 651, 1167 Lambert, J ...................................... 1007 Nicol, T .................................... 235, 747 Lamm, M .......................... 113, 137,251, Nishiike, U ..................................... 1065
365,435,527 Nohara, K. ............................. 1055, 1065 Larson, W .......................................... 57 Nonte, J ......................................... 1137 Lautenschlager, A ............................. 1031 Norman, L. ..................................... 1111 Leedy, R ........................................... 873 O'Connell, C ...................................... 13 Lehto, J ............................................. 49 O'Connor, C ...................................... 13 Leung, K ................................... 159, 343 Ogawa, K. ........................................ 939 Li, P ................................................ 801 Ogitsu, T ............................ I13, 137,251, Li, W ..................................... .467, 1007 365, 435, 551 Li, X ...................................... 873, 1015 Ogle, C .......................................... 1001 Liikamaa, R ....................................... 49 Ogren, H .......................................... 159 Lindner, M ...................................... I021 Ohmatsu, M ....................................... 33 Lindsay, R ......................................... 13 Okumurra, K. ......................... 1055, 1065 Lipski, A ........................................ 1177 Orgeron, J.. ..................................... 1193 Liscov, V ....................................... 1103 Orris, D ................ 113, 137, 251, 365, 435 Liu, H .............................................. 923 Orsak, C .............................................. 5 Lowery, D ......................................... 93 Oslin, A ............................................ 69 Liihlein, K. ....................................... 199 Ostwald, F. ..................................... 1187 Madden, M ...................................... 1217 Owen, C ........................................... 723 Madura, D ....................................... 1167 Ozelis, J ............................. 113, 365, 527 Malamud, E ....................................... 13 Ozeryansky, G ................................... 923 Mallick, G ............................... 695, 1025 Packer, M ......................................... 517 Malone, K ........................................ 723 Palounek, A. .............................. 603, 611 Man, S ............................................. 809 Para, A ........................................... 1201 Mantsch, P ................................ 113, 137 Pare, G ............................................. 967 Marken, K, Jr .................................... 923 Parker, J., Jr ..................................... .335 Markley, F ............... 351, 359, 1031, 1039 Pasquinelli, R ..................................... 13 Marler, C ........................................... 93 Patel, R .......................................... 1149 Marschik, D ...................................... 159 Pavlik, D .................................. .327, 849 Marshall, B ....................................... 873 Pawlak, S ........................................ .395 Matsumoto, K ................................... 703 Pearson, W ........................................ 99 Mayhall, J ........................................ 159 Pedler, D ........................................... 85 Mazur, P .............. 113,137,251,365,435 Pellissier, P ...................................... 467 McAdams, J ............................. 359, 1031 Pena, D ............................................ 475 McAshan, M .............................. 207, 635 Peshkin, M ........................................ 13 McGlohen, P ........................................ 5 Peterson, T ................................ 113, 137 McInturff, A ...................................... 859 Pidcoe, S ........................................ 1075 Meguro, S ........................................ 939 Pletzer, R ......................................... 259 Mehle, G ........................................ 1167 Pollock, D .................................. 25,491 Mermikides, M .............. , ................. 1209 Potter, J ........................................... 551 Michaud, F ....................................... 603 Prima, M .................................... 867,881 Mikumo, A ........................................ 33 Prodell, A. ............ 113, 137, 535, 551, 559 Miller, K ......................................... .365 Puglisi, M ......................... 113, 137, 251, Miller, W .................................. 603,611 365,435, 551 Mischler, W ...................................... 259 Puippe, J ......................................... .381 Mokhtarani, A .................................. .251 Radusewicz, P .............. 113, 137,535,551 Monsees, J ...................................... 1127 Randall, R ......................................... 57 Morena, J ....................................... 1047 Reddy, P ......................................... I089 Morgan, G ............ 113, 137, 535, 551, 559 Reed, T., Jr ....................................... 669 Morgan, M ..................................... 1201 Rehak, M .......................... 113, 137,391, Mori, T .......................................... 1065 535, 551, 559 Moriai, H ....................................... 1081 Rehn, L ............................................ 817 Moryson, H ...................................... 981 Reid, R ............................................ 603 Mulhall, S ...................................... 1021 Ren, S ............................................. 809 Muratore, J ........... 113, 137, 535, 551, 559 Rey, C ............................................. 967 Murray, F. ........................................ 259 Reynolds, M ..................................... 757
1239
Rihel, R ................................... .395, 517 Rippinger, D ..................................... 757 Rista, C ........................................... 643 Roach, J ................................... .403, 731 Robatzek, W ..................................... 395 Roberts, D ........................................ 817 Robins, K ......................................... 765 Robinson, S. L. ................................. 873 Robotham, W ..................... .395, 517, 757 Rogers, D ........................................ .351 Rogers, J .......................................... 841 Rohrer, E .............. I13, 137, 535, 551, 559 Royet, J ........................................... 137 Rusack, R ....................................... 1217 Rust, D ............................................ 159 Ryan, B ..................................... 981, 985 Saito, S ...................................... 33,499 Sakai, S ......................................... 1081 SaltInarsh, C ................................... 1007 Sampson, W ...................... 113, 137, 535,
551, 559, 765 Sanger, P ............................ 113, 137,551 Sasaki, H ............................... 1055, 1065 Sashida, T ................................... 33, 499 Sato, S ........................................... 1055 Saxer, W ......................................... .381 Scanlan, R ........................................ 137 Scheidemantle, A ... ; ........................... 207 Scherbarth, D .................................... 183 Schermer, R ........................ 113, 137, 551 Schieber, L. ...................................... 411 Schiesser, W .............................. 635, 897 Schmitz, E ........................................ 395 Schoo, C .......................................... 235 Schultz, G ........................................ 591 Schwenterly, S .................................. 619 Seuntjens, J ........... 25, 491, 661, 669, 685 Shiga, S ........................................... 939 Shih, H ............................................ 897 Shu, Q ........................................... I089 Shutt, R. .............. 113, 137, 535, 551, 559 Sims, R. ............. .395, 419, 461, 517, 527 Singh, S ........................................... 739 Sizemore, B .................................... 1031 Skweres, T ........................................ 395 Smathers, J ....................................... 591 Smith, B .......................................... 517 Smith, D .......................................... 517 Snitchler, G .............................. .343, 695 Snow, G ............................................ 13 Solheim, N ....................................... 199 Sommer, F .............................. 981, 1187 Spann, K ........................................ I075 Spigo, G .......................................... 113 Stanley, M., ....................................... 13 Stiening, R ....................................... 113 Strait, J ................ 113, 137,251, 289, 365
435, 517, 527, 757 Stutzki, D ......................................... 281 Sullivan, D ....................................... 151 Sumption, M .................................... 923 Susai, K ........................................... 939 Suzuki, K ....................................... 1065 Suzuki, T .................................. 939, 943 Suzuki, Y ....................................... 1081 Swenson, G ....................................... 57
1240
Swensrud, R ............................... 159, 183 Syromyatnikov, 1.. .................. 1007, 1089 Sytchev, V ................................. 867, 881 Sytin, A ........................................... 867 Szawlowski, M ................................ 1217 Takagi, R ......................................... 939 Takai, K ........................................... 499 Tanaka, Y ......................................... 703 Tassotto, G ...................................... .517 Taylor, C ................................... 137, 243 Terami, H ....................................... I065 Teuho, J ............................................ 49 Thirumaleshwar, M ............................ 207 Thomas, R ............ 113, 137,535, 551, 559 Thompson, P ........ 113, 137,535, 551, 559 Thompson, T ............................. 603, 611 Threatt, D ......................................... 711 Tichin, G .......................................... 867 Tinsley, A ........................................ 517 Tompkins, J ................ 113, 137,251, 365,
435, 551, 873 Toms, J ................................... 695, 1025 Trekell, R. .............................. .475, 1089 Trombly-Freytag, S ............................. 13 Troupe, B ......................................... 661 Turuer, J .................................... 113, 137 Ujiie, N ............................................ 583 Ullmark, R ...................................... .395 Unno, Y ........................................... 583 Valaris, P ...................................... .... 41 van den Bergh, H ......................... 427, 651 VandeBogart, J ................................... 513 Vanhatalo, V ...................................... 49 Vasiliev, L.. ............................... 867, 881 Veselov, 0 ........................................ 867 Viola, R .......................................... .313 Volkov, A. ..................................... 1201 Vrsansky, E .................................... 1159 Wagner, U ........................................ 199 Wake, M .................... 113, 137, 251, 289,
365,435,517, 527 Wallis, D .......................................... 859 Wanderer, P .................. 1l3, 137,443,451,
535, 551, 559 Wandesforde, A. ................................. 243 Warner,D ......................................... 711 Waynert, J ......................... .281, 297, 305 Weisend, J., 11, .................................. 859 Wente, C .......................................... 591 Western, 1.. .............................. 159, 1119 Whitson, M ..................................... .461 Willen, E .......................... .113, 137,443,
535, 551, 559 Winkler, G ........................................ 199 Winters, M ......................... 461, 517, 527 Wisne, J ............................................ 13 Wolf, Z ........................................... .467 Wolman, D ....................................... 475 Woloshun, K ..................................... 603 Woltz, J .................................... 475, 491 Wong, J ............................................ 57 Wood, R ......................................... 1159 Wu, J ........................................ 731, 739 Wu, K .............................................. 483 Xiao, D .......................................... 1209 Xiao, H ............................................ 809
Xie, Y .............................................. 801 Zhang, B ......................................... .453 Xu, X .............................................. 897 Zhang, J ........................................... 809 Yamada, Y ......................................... 33 Zhao, Y ...................... 113, 137, 251, 365, Yamamoto, A .................................... 943 435, 551, 801 Yarygin, N ........................................ 867 Zheng, H ........................... l13, 137,251, Yin, Z .............................................. 801 365, 435, 551 Yokota, M ......................................... 33 Zhu, R ............................................. 781 Yu, D ............................................... 57 Ziegler, B ......................................... 199 Yu, Y ............................... 113, 137,251, Zimmennan, J ................................. 1201
365,435,551 Yiice!, A ................................ : .......... 897
Zimmerman, W ................................ .517 Zinszer, A. ...................................... 1075
Zalikhanov, B .................................. 1097 Zioek, H .................................... 603, 611 Zbasnik, J .................................. 225, 677 Zolotov, A ...................................... 1089 Zeitlin, B ........................................... 41 Zweibohmer, J ................................. ll77
1241
Accelerator, linear (LINAC) .................... 825-857 beam transport, low energy................. 833-835 booster, low energy ............. 826-827,841-857
block diagram of ....................................... 842 design .......................... .... .................. 849-857 evaluation ....................... .................. 852-854 power supply.................................... 849-857
cavity ................... 837-838, 843-846, 850-851 design ....................................... 843, 849-857
computer program for .......................... 327-334 current regulator for ............................. 844-846 drift tube specifications ....................... 837-838 energy booster
high .. .... ........ .... .... .... .... .... ........ .......... 828-829 low .................................... 826-827,841-857 medium ............................................. 827-828
energy storage inductors ..................... 849-857 field, magnetic ............................. 419,827-834 ion source .............................................. 833-835 magnet, see Dipole magnet multipole calculations .......................... 327-334 parameters ............................................. 825-831 requirements ................ 825-831, 834, 841-842 system string test (ASST) .............. 25-32, 191,
468,475,479 program .................................................. 25-32
tuner bias power supply...................... 844-846 Accelerometer ................................... 314,914-915 Acts of the U.S.A.
Antiquities Act of 1906 ..................... 85,93,94 Archeological and Historical
Conservation Act of 1974 ..................... 85 Archeological Resources Pro-
tection Act of 1979 ......................... 85,95 Historic Sites, Buildings and
Antiquities Act of 1939 ........................ 85 National Environmental Policy
Act of 1966 ...................................... 85, 95 National Historical Presereva-
tion Act of 1966 ........................ 85,93-97 Adsorption model...................................... 899-900 Alignment ................................. 175-181,467-468,
471-481,505-512 Aluminum, high-strength ......................... 943-955 Anthropological Society of Wash-
ington, D.C. ............................................ 94
Subject Index
Anticryostat design ............................... 1094-1095 Antiquark, see Quark Archeological Institute of Amer-
ica ............................................................. 94 ASST, see Accelerator system
string test Atom ................................................................. 16-17 Avalanche photodiode ............... 1217, 1220-1221 Axis, magnetic, localization ................ 1103-1109
by magneto-optic film ..................... 1103-1109 by stretched wire ......... ................................ 1103
Barium fluoride crystal ............................ 781-815 absorption, ultraviolet and ......... 803, 806, 807 calorimeter ............................................. 781-799
performance ..... .... .... ......................... 783-788 elements and .......................................... 810-812 ions of rare earths effects .................... 809-815 radiation and ........................ 795-798, 801-815 as scintillator, fastest known ....................... 801
Barrel calorimeter ..................................... 186-190 element analysis, finite, and .............. 186-190
Barrel toroid ...... 175,575-578, 1129, 1124-1125 Beam-gas collision interaction ................ 898-899
energy deposition model.................... 898-899 Beam tube .............................. 381-389,1171-1174
vacuum ................................................... 897-904 Billet .................................................. 226-229,924 Bolt, connecting stress ............................. 168-173 Brahe, Tycho ......................................................... 14 Bureau of American Ethnology of
1879 ......................................................... 94
Cable, superconducting ............. 25-32, 115-117, 447,499-504,517,536, 552,562,663-666,669-
701,939-942,1081-1087 hysteresis and ........................................ 695-701 insulation ..................... 222,405,427,429,518 manufacture ........................................... 677-684 performance ............................................... 25-32 properties .................................... 672-674, 1085 vendors, eight ........................................ 661-668
Calorimeter ......................... 183-190, 1025-1029, 1097-1101, 1201-1207
1243
Calorimeter (cont' d), see also Barium fluoride calorimeter
Calorimetry.......................... ........ .... ...... 1217-1224 photomultiplier tube for .................. 1217-1224
Carbon dating .. .... .... .... ............................ ............. 20 Carbon dioxide .......................................... 270-271 Carnot work ............................................... 635, 640 Central tracker detector (CTD) ............... 159-166 Cerenkov counter ...................................... 591-602
design ....... .... .... .... ............ ...................... 591-602 Circuit model, thermal, equivalent ......... 994-996 Cliff palace (U.S.Indian)
discovered in 1888 ................................ 94 Coefficient of variation .......................... 26,29, 30 Coil, superconducting ............. 343-345,351-364,
395-402,435-437,443-449,451-452,471-474, 518-522,528-536,539, 552,561,562655,981, 1001-1005, 1031-1036, 1047-1053,1160-1164,
1171,1177-1192 cross-section .................................................. 277 failure ............................................ 407-408, 422 geometry....................................... 352, 652-653 insulation ............ 522, 1001-1005, 1031-1045 jellyroll technique ................................ 412-415 -key structure ................................................. 293 mandrel ......................................... 397,400,411 manufacturing .......................... 539, 1187-1192 models .................................................... 293-294 preloading .............................................. 437-438 pressure .................................................. 437-439 RHIC (relativistic heavy ion
collider) and ................................ 412-416 ringer test ............................................... 419-425 scan for flaws ........................................ 229-232 stress ................... 290,294, 305, 348-349, 530,
540-546,555-556,569-571, 1165
structure .......................................................... 654 tomography ........................................... 229-231 winding 411-412,417,518,981-983,
1160-1161,1188-1192 Cooldown ............... 553-554 see also Cool-down Cold mass ........................ 223,225-233,281-288,
297,305-312,322,345, 427,429,433,506,538,
560,747,757,898,1159-1166, 1180, 1182
cross-section ........................ 306,429,538,560 Cold weld, see Weld Collar ...................... 343-344,423-433, 437-438,
440,528,1171,1172 Collaring .................................... 522-523, 539-540 Collet style clamp assembly................... 289-296,
523-524 Computer-aided engineering ................... 957-966 Computer-aided pictorial process
planning (APPP) system ............ 513-516 Computer-aided quality assurance .................. 503,
515-516
1244
Computer clock ................................................................ 176 data acquisition systems ...................... 461-466 program for high-precision
magnetic field ............................. 327-334 Concrete slab ............................................. 168-169 Conductor .............................. 33-47 see also NbTi
superconductor Contraction, thermal ................................. 281-288 Cooldown ................................. 343-350, 553-554,
1021-1024,1171 Copernicus ............................................................ 14 Copper
electrodeposition .................................. 381-389 to superconductor ratio ........................ 451-452 wedge ..................................................... 518-519
Corrector magnet wire ............................ 58,61-66 COSI (Ohio Center of Science
and Industry) .................................... 13-14 Cradle design ............................................. 282-285 Creep
model ...................................................... 361-364 stress relaxation and ..................................... 364 studies .................................................... 359-364 tensile ................................................. 1032-1036
equation ......................................... 1039-1040 Cryogen .................................................. 1090-1092
transfer line ........................................... 453-460 Cryostat ..................................................... 207,209,
235,286-287,321-325,453-460,747-750994-1000, 1171
Curing mold for coil ................................. 519-520 Current
alternating (AC) ................................ 1025-1029 direct (DC) ............................................ 731-738 superconducting .................. 739-746,926-928,
975-980, 1084-1085 Cyanate ester ..................................................... 1049
Data acquisition, automated .................... 461-466 Database system for magnet ................ 1015-1020 Decapole variation with current ..... 141, 145, 146 Decay, radioactive .......................................... 19-20 Detector ................................ 943-955, 1209-1215
collaboration, solenoidal (SOC) ....... 151-181, 611-618
solenoidal .......................................... 1119-1125 Device, optical
state of the art ....................................... 587-589 Dewar facility, vertical............................. 967-973 Dipole magnet,
superconducting .................. 33, 121-130, 133-134, 137-149, 167-175,207,208,211,215,
219-233,251-258,267-271,275,279,281-284, 289-296,313-350,327-350,365-380,403-409,
427-452,461-469,505-512,517-573,747-755, 765-772,859-866,898,
Dipole magnet, superconducting (cont'tf) 913-921,993-1000,1039,
1075-1080, 1143-1185 components, see separate components
Drift chamber, proportional supermodules ........................................ 175-181
Eddy current .................................... 141-144,369, 677-684
Education program, vocational, in North Central Texas .................................... 11-12
Einstein, Albert ..................................................... 15 Electron ................................................... 16, 18, 199 Electron positron collider (LEP) ...................... 199 Element, finite
analysis (FEA) ..................... 167-169, 186-190 approximations ..................................... 328-331 computer program for .......................... 327-334 mesh ...................................... 333, 334, 576, 578 method ............................................................ 315
Ellis County, Texas .......................... 85-92, 95-98 Employment in North Central Texas ............. 5-12
codes listed ind us trial..... .... .... .... ........ .... .... ........ ..... ........ 11 occupational ................................................ 11
End of magnet assembly, lead end ......................................... 290 can ...................................................... 1095, 1164 cap calorimeter and ..................... 185, 189-190 clamps ................................... 289-296, 523-524 collar ............................................................... 538 collet end clamp .................................... 289-296
assembly ....................................... 1163-1164 cross-section ................................ 291, 337, 340 deflection measurements ..................... 291-294 design ............................................ 290, 335-342 dipole magnet and ................................ 335-342 dome weld ...................................................... 526 field magnetic and ......................................... 336 force and ..................... 440, 540-546, 556-557,
570-571 geometry, three-dimensional....................... 337 harmonic, spatial........................................... 336 mechanics .............................................. 289-296 model ............................................................... 345 plate ....................................... 439-440, 538, 542 pressure sensitive film and ................. 291-292 quench .................................................... 289, 293 spacers, optimization of ...................... 338-342 stress ....................................................... 290, 294
thermal ............................ ........................... 347 Energy level, quantitized .................................... 16 Environmental Affairs Office ............................. 80 Extensometer ......................................... 1041-1042
Facility Information System (FIS) ............... 69-77 Failure mode and effects analysis
(FMEA) ........................................ 500, 502 Failure reporting, see FRACAS Feed can ............................................................. 1095 Fiber, scintillating ...................... 1193-1199, 1211
detector .............................................. 1193-1199
Field angle measurements ...................................... 525 harmonics ..................................... ......... 773-780 magnetic ...................... 138,251-258,327-342,
572-573,657,765-772, 1218-1219
Filament ............................................. 924, 939-942 area histogram .............................. .................. 926
Film, magneto-optic, for localiza-tion of magnetic axis .............. 1103-1109
Fine filament superconductor pro-ject in Finland ........................................ 49
Finite element, see Element, finite Fire ant, red, imported ....................................... 100 FIS, see Facility Information System FMEA, see Failure mode and effects
analysis Force, magnetic, coercive .................... 1067-1070 FRACAS (failure reporting analysis
and corrective action system) ..................................... 1143-1148
listing of 16 problem causes ...................... 1146
Gage, mechanical ...................................... 475-481 for alignment measurement of
ASST magnet .............................. 475-481 error analysis ......................................... 477-478 recommendations ........................................... 480
Gammas, electrons and muons experiment ................................... 781-800
barium fluoride crystal calo-rimeter and ................................... 781-800
Gamet film technology........................ 1103-1109 Gas
conduction, residual...................................... 997 high-pressure technology ................ 1201-1202 species for vacuum ............... 268-271 see also
separate gases -tungsten arc welding camera
vision system ............................... 757-763 GEM experiment, see Gammas, electrons
and muons experiment Geographic Information Systems
(GIS) .................................................. 69-77 Geology of supercollider main ring
in North Central Texas ........... 1127-1129 GIS, see Geographic Information
Systems GIycidyl amine resin ........................................ 1049 GIycidyl ether resin ......................................... 1049 Graphite fiber resin matrix composite ............ 161 Ground motion studies ...................................... 314
Hadron calorimeter ......................................... 1097-1101 collider ..................................................... 41,591
Hall effect probe ................................................. 766 Harmonics ................................................ 532-534,
773-780 spatial ..................................................... 329-334
1245
Health, occupational .................................. 107-111 preventiom hierarchy, listed ........................ 108
Heat flow to cold mass ............................... 998-1000 leak ......................................................... 457, 459 shield ............................ 321,324,453,455,458
Heat Leak Test Facility (HLTF) ............. 236-241, 267-274
Heavy ion collider, relativistic ......................... 773 HEB dipole magnet ................................... 335-342
ring ................................................ 208, 211, 215 Helium .................... 270-271,305,307-312,454,
458, 528, 902, 1025 1026, 1067, 1093-1094
flow............................................... 307, 486--487 liquid ...................................................... 731-738
containment vessel................. 747, 757, 898 passage ................................................... 391-394 pressure ........................................................... 394 refrigeration and .......................... 199-206, 484 screw compressor, oil-injected ........... 627-634
power loads and ............................... 635-642 Higgs events ...................................................... 1214 Higgs decay ....................................................... 1214 HIPing .................................................................... 36 Hybrid
performance of ............................................. 1211 supedayers ........................................ 1209-1210 tracking system ................................. 1209-1215
Hydrogen .............................................. 16,170-171 Hysteresis ................................................... 697-699
loop ................................. 929, 1025, 1086, 1087
ICRAND (simulation computer program for quality control) ......................................... 295-296
Injection molding composite .......................... 1181 Insulation
electrical ................................................ 403-409 thermal ....................... 235-242,321,324,405-
406,453,997-998 Interconnection .......................................... 525-526 Interface inspection methods ................... 480-481 INTERLINK database ......................................... 12 IRIS system for scanning ......................... 225-233 Iron yoke, see Yoke Isotopes .................................................................. 17 Jc values ...................... 926-928 see also Current
density, critical Jellyroll technique for coil .............. 412,413,415
Kapton for coil insulation .................... 1031-1045
Land information system .............................. 71-75 Laser
cutting ................................................ 1070-1074 diode characteristics, tabulated ................... 587 tracking for alignment ......................... 509-511
LHC, see Large hadron collider Lines of sight method for alignment ...... 507-510 LIS, see Land Information System LMI software ........................................................ 12
1246
Lorentz force ................... 121,128,289,290,346, 366,1171,1178
MAGCOOL subcooler cryogenic system ........................................... 483-490
Magnet see separate magnets availability goals .............................. 1143-1148 cryogenic system .............................. 1089-1096 database system ....... .... .... ..................... 873-880 manufacture, quality, total.................. 723-729 parts, see separate parts reliability.......... 1143-1148 see also FRACAS steel .................................................... 1066, 1068 superconducting .................................... 773-780 test stand ............................................ 1089-1096
Magnetics connectivity ............................ 961-962 Magnetization ............................................ 141-144 Magnetohydrodynamics for sub-
marine propulsion .. .............................. 651 bis-Maleimide ................................................... 1049 Mandrel ............................. 397,400,411,519,520 Manganese steel .................................... 1055-1064 Mars lander approach in archeology................. 89 Measurement instrumentation,
magnetic, for alignment ............. 467-474 dipole magnet and ................................ 467-474 multipole magnet and ................. 467,471-474 quadrupole magnet and ........................ 467-474
Mesh ............................................................ 576, 578 density studies ...................................... 328-334
Meson scoreboard ................................................ 18 Minor edge packing factor for cable ........... 27-29
calculation ........................................................ 27 MLI system ......................................................... 458 Molding .................................................. 1180-1182 Monofilament ............................................ 661-668 Monte Carlo simulations ...................... 1210-1211 Motion, sinusoidal, amplification .................... 314 Multimeter ........................................................... 462 Multiplexed optical transmission
readout .......................................... 583-590 MultiplexerlDemultiplexer ............................... 588 Multipole ......................... 138-142, 146, 148,472,
777,780 calculations ........................................... 327-334 magnet ................................................ 1103-1109
Multiwire head .................................................... 276 Muon ................................. 175-181,575,582,591
chamber .................................................. 151-158 magnet .................................................... 168-173 tracking .............................................. 1212-1214
National Environmental Policy Act (NEPA) ............................................. 79
SSCL compliance with ............................. 79-83 NbTi superconductor ..................................... 33-67 N-channel junction field effect
transistor (JFET) ......................... 817-824 NFl> A, see National Environmental Policy
Act Network, neural ................................................ 1195
Network, neural (cont'd) triggering system .............................. 1196-1198
Neutron ................................................... 17-19,591 Nitrogen ................... 207-217,270-271,454,458
SSC refrigeration and .......................... 207-217 Nucleon .................................................................. 17
Ohio Center of Science and Industry, see COS I
Optimization of end design magnetic ................................................. 335-342 mechanical ............................................. 335-342
Oscillation amplitude ......................... .... .................. 769-770 of current ............................................... 975-980 time dependence ............. .... .................. 770-772
Ozone and welding ............................................ 760
Pareto analysis for failure ................................. 502 Particle smasher ................................................... 19 Periodic table .................................................. 17-18 Pest
definition ............................. ............................. 99 domestic .......................................................... 100
Pesticide ....................................................... 99-105 definition ................................................. 99-100 regulations ............................................. 100-102 responsibility of applicators ............... 104-105 SSC and ................................................... 99-105 standards ................................................ 100-102
bis-Phenol A ...................................................... 1049 Photocathode .......................................... 1219-1220 Photoelectron ............................................. 592, 596 Photomultiplier tube for calorimetry .... 1217-1224 Photon transmission ........................................... 225
IRIS system and ............ 225-233 see also IRIS Phototube design ................................... 1217-1218 Pit slab ........................................................ 931-933 Polymer
fiber-reinforced .............................................. 283 radiation resistance .......................... 1048-1049 temperature, cryogenic, and ............ 1048-1049 thermoset resin systems ................... 1049-1050 "universal", theory of ................................. 1048
Power lead ............................ 635--642, 1093-1094 helium-cooled ................. 635--642, 1093-1094
Propulsion system design, concep-tual ................................................ 651--659
Preservation law, history of ... ....................... 93-94 Press pressure ..................................................... 461 Pressure
azimuthal ............................................... 124, 126 of press ............................................................ 461 -sensitive film ....................................... 291-292
Projection microscope ......................................... 15 Proton ............................................................... 17-19
beam in dipole magnet ........... ....................... 220
Quadrupole magnet ................. 243-250, 259-266, 281-288,297-312,513-516,669--676,967-973,
1187-1192
Quality assurance ............................................... 499-504 control.................................................... 492-503
method, statistical........................... 492--498 FMEA (failure mode and effects
analysis) ....................................... 500, 502 ICRAND simulation by computer ..... 495--498
Quark ...................................................................... 18 Quench, magnetic ........... 131-133,365-372,443-
452,483--490,529-530, 546-548,552-555,559,
563-569,867-871,881-887,972, 1166
Radioactivity ................................................... 19-20 Radiation, infrared .................................... 996-997 Ramp rate ............................................................ 530
dependence ............................................ 369-372 study....................................................... 567-569
Rare earth electron configuration .................... 813 Refrigeration ............................. 200-202, 207-217 Requirements control system .................. 889-896
myths listed .................................................... 889 specifications ............................... 889, 895-896
Resin ............................................ 1049,1180-1181 RHIC (relativistic heavy ion
collider) ....................... 411--412,416--417 Ring test ............................................. 419,422--424 Risk management .................................. 1149-1158
dipole magnet development and ..... 1149-1158 assessment methodology for ...... 1151-1153
Rutherford, Ernest ....................................... 17, 767 Safety, occupational ................................... 107-111
prevention hierarchy listed .......................... 108 Sample specification tree ................................ 1140 Saturation ................................................... 141-144 Science and imagination ............................... 21-24 Science and Technology Interactive
Center at Aurora, Illinois ................ 13-14 SDC, see Detector collaboration, solenoidal Sensor system ............................................ 175-180
computer clock and ....................................... 176 Sextupole magnet ..................... 141-147,275-279
history............................................................. 558 Shell strain
axial ........................................................ 441,442 azimuthal ......................... 440--442, 1021-1024 thermal ........ 344,347, 1021-1024,1164-1165
Shewhart XBAR R control chart ..................... 492 control limit calculation,
preliminary .................................. 494--495 Shield refrigeration for collider
ring ................................................ 207-217 Shim
ring ......................................................... 162-165 location ........................................................... 990
Shuttle system (transfer shuttle) for dipole magnet .................... 1075-1080
Silicon detector module diode thermometry, cryogenic and ..... 619--626 specifications ................................................. 604 strip detector ......................................... 583-590
1247
Silicon tracking system ............................ 611-618 detector, solenoidal and ....................... 616-618
cross-section ..................................... 611,612 Skew quadrupole ................... 509,774,775, 1174 Skin welding operation ............................ 757-759 Solenoid ...................................................... 943-955
detector collaboration ................................... 611 Solenopsis invicta (fire ant) .............................. 100 Spruce Tree House (U.S.Indian) discov-
ered in 1888, ........................................... 94 SSC, see Superconducting Supercollider Statistical quality control, see Quality
control Steel ............................................................. 167-174
high-manganese ................................ 1055-1064 ultra low-carbon ............................... 1065-1074
Strain gauge ("bullets") ................... 461-466,552 Strand .... .................................... ............ ...... 685-693 Straw tube system ................................. 1209, 1211 Stress
azimuthal ........................................... 1021-1024 relaxation, compressive .......... 351-364,1031-
1032,1036 String test magnet ........................ 25-32,475-481 Subcooler .................................................... 483-490 Submarine
propulsion .... ................ .... ............................ ... 651 stealth, acoustic ............................................. 651
Superconducting Supercollider (SSC) ......... 113-149,219-224,923-930,
957-966, 1052, 1055-1064 computer systems ............................................ 12 cryogen systems ................................... 897-904 design ............................ 1112-1115, 1141-1142
by BNL (Brookhaven National Laboratory) ................................... 115-119
by FNL (Fermi National Accelerator Laboratory) ............ 119-120
education and ............................................... 5-12 in Ellis County, Texas
archeology ............................................. 97-98 architecture, historic .................................. 96 paleontology .......................................... 95-97
engineering ........................................ 1137-1142 FIS (facility information
systems) ............................................ 69-77 GIS (geographic information
systems) ............................................ 69-77 laboratory (CCSL)
computer systems ........................ 1007-1014 cryogen systems ............................... 191-198 environment and ................ ............ ....... 79-83 health and .......................................... 107-111 magnet testing ................. 717-722,905-911 quality programs .............................. 711-722
layout of ring (54 miles) ..................... 112, 114 location, geographic ............. 5-12,86-87,208,
1127-1135 subcontractors, major .......................... 719-721 underground engineering ................ 1127-1135
Superconductor .......................................... 943-955 aluminum-stabilized ............................. 943-954
1248
Superconductor (cont'd) multifilament hysteresis loss,
theory of .. .... .... ........ ..................... 699-700 production trial..................................... 950-954 testing ..................................................... 739-740
Support post ...................................... 297-303, 996 Surveillance medical at SSCL .................. 107-111 Suspension, internal .................................. 455-457 System, cryogenic, at SSCL .................... 191-198
Technology transfer .................................. 985-991 Temperature, see also Silicon diode,
Thermometry dependence ............................................ 703-709 sensor ................ .... ........ ......................... 619-626
Thermal equivalent circuit model........... 994-998 Thermometer test set-up ........................... 620-624 Thermometry, cryogenic .......................... 619-626 Thermoplastics ............. ........ ........ ........ .............. 298 Thermoset resin ..................................... 1049-1050
"universal" ................................................... 1050 Thruster, magnetohydrodynamic ............ 651-658
in submarine ................................................... 651 Toroid .......................................................... 575-582
barrel - .................................................... 575-578 intermediate - ........................................ 579-580 muon - .................................................... 575-582
Tracker ........................................................ 159-165 Tracking
silicon-based ......................................... 603-610 technology ......................................... 1209-1215
Transfer line, cryogenic ...................................... 453-460 molding compound ........................... 1180-1181
Transistor .................................................... 817-824 Transmission, high-voltage .................. 1111-1117 Transportation ............................................ 313-320
of magnets ............................................. 313-320 thermal ............................................................ 269
Triggering ............................................... 1194-1198 Tungsten drift wire, gold-plated ...................... 152 Tunnel
in Austin (Texas) chalk ............................... 1134 in shale ............................................... 1132-1134 spool piece ............................................. 643-649
"Universal" polymer theory ........................... 1048 Universe Project, educational ....................... 13-20 UNK ................................ 867-872,881-887,1105 Uranium scintillator calorimeter ...................... 183 U.S. Education Office .................................... 21-24
programs, nineteen described .................. 22-24
Vacuum ..................................... 236-241,267-274, 455,897-904
Valve, cryogenic ........................................ 643-649
Water vapor ................................................ 269-271 Wavelength Optical Division
multiplexing transmission system ..... 583-590 Wedge
copper - .................................................. 518-519
Wedge (cont'd) symmetrical .................................................... 519
Weld cold ............................................... 528, 685--693 groove configuration .......................... 758-759
Welding ....................................................... 757-763 ozone and ........................................................ 760 stress, azimuthal and ........................ 1021-1024
Windings ..................................................... 975-980
Wire, superconducting ................ 52-56,275-278, 468-471,491-498,703-
709,939-942,1081-1087
Yoke ....... 332-333, 343-350,429-433,437-440, 447,524-525,537,538,
552,561,757-763,1066, 1070-1074, 1164, 1172
1249
