Author Index

Page numbers are cited first, followed by the reference number(s) in italics. Compiled by Jeffrey R. Long.

Abdikova, F.G., 441,181 Abeledo, C.R., 194,24;

284,15,17; 337,85 Abragam, A., 169,19; 222,5;

223,30 Abu-eid, R.M., 506,161 Adloff, J.P., 284,22 Afanas'ev, A.M., 170,32; 222,16;

223,17,44; 225,107; 438,63 Agresti, D.G., 55,8,9 Aharoni, S.M., 439,94 Aisen, P., 387,49 Akselrod, S., 438,79 Alam, M., 223,37 Albertsson, J., 337,106 Alder, K., 169,12 Aldred, A.T., 225,127,128 Aldridge, L.P., 503,31 Alegranti, C.W., 615,20,2/ Aleksandrov, A.Y., 76,50;

440,155; 573,73 Ali, M., 170,22 Alpert, Y., 386,16 AI-Sa'ady, A.K.H., 615,14;

616,47 Alumuddin, 169,10; 170,22 Amthauer, G., 505,lJ4,lJ6;

506,139, 150, 156, 158; 508,237

Amulevicius, A.P., 226,133 Anderson, E.B., 505,110 Anderson, J.B., 285,55 Anderson, J.R., 442,218 Anderson, P.W., 222,15 Andl, A., 387,60,61 Ando, K.J., 6,20; 438,65 Annersten, H., 194,34;

503,12,19,33; 504,51,63; 505,87; 506,150,156; 507,166

Antonov, P.G., 574,105,106 Aprahamian, J., 525,6 Araki, T., 285,48 Armstrong, R.G., 439,100

Arnold, D., 439,92,97 Amon, H., 170,42 Artemev, A.N., 222,6 Asch, L., 223,3 I ,32; 224,97;

225,103,105,106; 284,22,37 Ash, L.A., 242,14; 507,183 Atkinson, R., 41,23,33; 242,2;

243,36; 525,20 Atwood, J.L., 574,87 Audebert, c., 387,55 Averill, B.A., 387,70 Averill, F.W., 76,54 Avetikyan, G.B., 574,105 Avinor, M., 336,44 Axtmann, R.C., 75,36,37 Aykan, K., 441,191

Babanin, V.G., 507,177 Babeshkin, A.M., 439,96; 505,99 Bacaud, R., 440,149,150,151,152 Bade, D., 169,7 Baenziger, N.C., 387,71;

615,32,40 Baetzold, A.C., 439,86 Baggio-Saitovich, E., 506,133;

508,21O,2lJ; 615,16; 616,52 Bagin, V.I., 504,74 Bailey, J.P.M., 337,87 Bainbridge, J., 242,13 Baines, J.A., 640,lJ Bakas, T., 525,26 Baker, R.W., 615,35 Baker, W.A., Jr., 283,3;

284,5,13; 335,9,26; 336,47 Balko, B., 222,9;

226,145.146,152 Ballet, 0., 504,40.41,66,68,69;

509,239 Baltrunas, D.I .. 76,50; 440,155;

573,73 Bancroft, G.M., 75,27; 76,43;

169,20; 223,53; 438,71; 503,4,9,1 I ,16,20,23,30,31;

641

Bancroft, G.M. (con't.) 505,80,97,102,109,112; 572,2,16,21,23,26,33; 573,43,44; 574,100,102

Bandermann, F., 617,79 Bando, Y., 504,70 Banin, A., 503,25 Banwart, W.L., 503,7 Banzaraksheev, N.Y., 508,214 Barabanov, A. V., 505,103 Baranovskii, V.I., 574,109 Barb, D., 507,188 Barbara, B., 225,130 Barbieri, R .. 572,24,27;

573,52,54,56 Bargeron, C.B., 336,44,64 Barloutaud, R., 5,12,13 Barnes, R.G., 573,64 Barret, J .. 573,79; 574,80 Barrett, P.H .. 75,16; 573,60,65 Barros, F. de S., 170,23; 224,68 Bartholomew, C.A., 437,28 Bartlett, N., 616,68,70 Bartunik, H.D., 75,26,34; 170,44;

614,1; 616,48,57 Basch, H., 76,47 Battle, P.D., 194,48,49;

285,50,53,59 Bauminger, E.R., 170,41,42;

193,14; 225,102,123; 387,54; 388,89,90,91,99,100,101,102; 438,50; 504,39

Baumvol, U.R., 243,46,47 Baverstam, U., 242,3,4 Bean, C.P., 438,59 Beard, G.B., 75,6; 224,69; 573,62 Bearden, A.J., 386,35 Beausoleil, N., 504,69 Becher, A.J., 224.74 Becker, C.W., 243,47; 336,66;

573,66 Beetlestone, J.G., 388,86 Beinert, H., 386,35,39

642

Bell, S.H., 386,40; 388,78 Bellon, P., 615,33; 617,74 Belousov, V.M., 441,165 Belov, V.F., 506,126,127,131 Belozerskii, G.N., 226,136.138 Benczer-Koller, N., 193,12;

437,11 Bennet, L.H., 242,20 Bennett, W.E., 614,32 Bent, H.A., 55,8,9: 572,18 Beran, A., 506,136 Berg, J.M., 387,72 Berkooz, 0., 508,221 Berndt, V.H., 440,148 Bernhardt, F.H., 387,75 Bernheim, R.A .. 194,42 Berrow, M.L., 507,178 Berry, F.J., 242,7,18.19: 386,27;

437,20,32,35; 440,157,158.159,160; 441,171

Bertelsen, U., 225,1 15 Bertini, I., 336,75 Bertles, J.F., 388,87 Bcurskens, P.T., 616,43;

617,80,81 Beveridge, 0 .. 194,49; 285,50 Bhargava, S.C .. 223,49;

224,78.79; 226,150 Bhide, V.G., 7535 Bill, E .. 387,75 Biran, A., 193,19 Birchall, T., 55,19; 440,156;

441,193; 507,184,185 Bird, S.R.A., 573,77,79;

574,96,98,101 Birgenau, R.J., 640,18.19 Birkhahn, M., 572,40 Biscar, J.P .. 41,29 Bishop, M.E .. 572,15 Bittner, H., 506,136 Bjarrnan, S., 194,34 Blaauw, c., 504,60,71: 505,111 Black, P.J., 55,22 Blackman, A.G., 615,4 Bleaney, B., 169,19 Blum, N.A., 194.24,41 Blume, M., 169,2;

223,22,26,27,28,29: 225,101,110; 438,74.75; 509,253

Boas, J.F .. 387,50 Bobonich, H.M., 335,26 Bocquet, J.-P., 75,18 Bodlung-ringstrom, B., 242.4 Boekema, c., 194,47 Boerrna, D.O., 226,157 Boersma, F .. 640,8.17 Boesa, R., 617,79 Boge, M., 225,130 Bogner, L., 387,48 Bohm, C .. 242,3,4; 439,105 Bohmer, W.H., 336,73 Boku, R., 572,37

Bolef, 0.1., 41,25 Bommel, H., 41,29; 438,61 Bonchev, T., 389,114 Bonchev, Z.W., 437,38,39,40 Bond, G.c., 441,182.183 Bonnin, D., 56.47: 504,65:

509,247 Bonville, P., 225.126,129;

226,156 Boolchard, P., 437,29 Borely, c., 225,98 Boreskov, G.V.,

441,1 73,176.177,178,179,180 Borg, I.Y, 509,249 Borg, R.G., 509,249 Bos, A., 573,66 Bosman, W.P.J.H., 616,43 Bosman, W.P.J .. 617.73,81 Boso, B .. 388,81 Bouchard, R.J., 440,156 Boucher, B .. 225,130 Bouchez, R., 508,208; 525,6,7,8 Boudart, M., 436,3;

437,13,14,15,16,28; 439,88,111,112,113,114; 440,130; 442,216,217,221

Boudeville, Y., 441,162 Bour, J.J., 616.72,80,81; 617,73 Bouten, P.C.P., 616,58,71 Bowen, L.H., 75,33; 503,3 Bowkett, M.W., 242,21 Bowles, B.J .. 437,42; 440,147 Boye-Olsen, N., 508,212 Boyle, A.J.F., 223,25: 387,48:

389,109; 573,69 Bradford, E., 223,19 Bradley, G., 336,76 Brain, F.H .. 616,61 Brand, R.A., 226,164 Braunecker, B., 336,62 Breck, D.W., 442,210,213 Breitenback, M., 387,46 Bremmer. H., 438,85 Brill, R., 439,115,116 Brill, W.J., 387,68 Brinkman, J .. 226,160 Britton, 0 .. 572,35 Broida, H.P., 75,15 Brookes, J.S., 572,12 Brown, D.B., 508,220,226,227 Brown, G.E., 506,144 Brown, J.R., 505,112 Brown, K .. 615,11,14 Brown, M.G .. 503,16 Brunauer, S.J., 440,134,135 Brunot, B., 284,16,18 Bruyneel, W., 505,117;

506,129.132 Bryukhanov, V.A., 5,14 Buchanan, D.N.E., 223,39 Buche, G .. 387,60,61 Buckingham, D.A., 386,27 Buiten, J., 441,168 Bukrey, R.K., 224,69

Author Index

Bukshpan, S., 438,79 Bunbury, D. St. P., 40,1: 573,69 Burger, K., 224,77 Burnham, C.W., 504,53; 505,82 Burns, R.G., 438,71; 439,99;

503,11,14; 505,80,97,102,109; 506,119.138,157; 508,226

Burriesci, N .. 442,207; 525,14; 573,52

Burton, J., 437,45; 438,46; 616,92 Bussiere, P .. 440,149,150,151,152 Butcher, RJ., 337,98,104,105 Buteiko, Zh. F., 441,169 Butler, K.D., 572,26; 573,44;

574,100 Bykow, G.A., 170,49

Cagnasso, A., 334,1; 335,1 Calabrese, L., 385,8 Calas, G .. 56.47 Calis, G.H.M., 617,79 Callahan, J.J., 441,186 Calligaris, M., 57230 Calogero, S., 525,14: 57239,41 Calvo, c., 285,58 Cambi, L .. 334,1; 335,1 Cameron, M., 505,94 Cammack, R., 386,29,30,32,40;

387,45 Campbell, A.D., 439,98 Campbell, L.E., 223,36.42 Candia, R .. 438,48:

442,207,208,209 Cape, J.A., 506,142 Carberry, J.J., 436.6 Carlin, R.L., 335,4 Carpenter. A.B., 55.27 Carr. N.G., 388,82 Carter, C.W., 386,41 Casalot, A., 508,223 Casey, A.T .. 335,27 Cashion. J.D .• 75,1 1; 572.6 Caspers, W.J .• 222.1; 223.47 Cenini. S., 574.98,101 Cerdonio. M .. 385.7.8 Chambaere. D., 508,205 Champion, P.M., 224.63;

385,10,11 Chandra, R .. 170,38 Chandra, S., 223,37 Channing, D.A .. 41.18; 242.10 Chant, R .• 337.97 Chappert, J., 194.23; 225,130;

437,30; 50335 Chariton, J.S .. 6143 Charron. F.F., Jr .. 284,9 Chavez-Rivas, F .. 503.35 Cheetham, A.K .. 194.48,49;

285,50,53,59 Chein, c.L.. 170.23 Chen, H .. 285.54 Chen, L.Y .. 437,17 Cheng. H.S., 573.57

Author Index

Cheng-Jyi Song, 193,12 Chevalier, A., 388,85 Chevalier, R., 525,7 Chiang, R., 385,ll; 386,20,21 Chien, e.L., 55,39,41 Chirovsky, L.M., 224,74 Chou, T.S., 616,94 Chow, K.T., 439,88 Chow, Y.M., 386,15; 388,87;

572,35 Chrisman, B.L., 55,12 Christidis, P.e., 285,49 Christou, G., 387,73 Chu, Y.Y., 75,18 Chukhrov, F.V., 503,18; 509,246 Cianchi, L., 385,6 Cinader, G., 194,43 Claes, J., 169,16 Clark, M.G., 503,20;

572,17,23,25 Clark, P.E., 386,27 Clark, R.C., 55,25 Clark, R.J.H., 573,75 Clarke, P.J., 284,23,32,33 Clarkson, R.W., 572,12 Clausen, B.S., 226,139; 437,25;

438,47; 439,120; 442,206,207,208,209,211,224

Clausen, e.A., 437,31; 440,132,133

Clauser, M.J., 223,29,33 Clegg, W., 615,28,31 Cleveland, B.T., 55,35,36,37 Cochran, D.R.F., 169,1 Coey, J.M.D., 226,132; 439,102;

503,10,13,17,29; 504,40,41,44,61,62,68,69; 506,149; 507,181; 508,208,219,229,233; 509,239,246,248; 525,3,6,7,8

Coffen, D.L., 284,29 Coffman, R.E., 223,57 Cohen, D., 75,13 Cohen, LA., 386,24 Cohen, R.L., 6,32; 54,2; 193,18;

224,87; 385,2; 387,47; 437,12; 525,2,32; 615,5; 616,83,85,87

Cohen, S.G., 6,34; 387,54; 388,89,99,100,101,102

Colburn, e.B., 615,22 Coleman, e.F., 223,40 Collins, R.L., 41,30; 55,13; 283,3 Collman, J.P., 385,12; 386,23 Congiu-Castellano, A., 385,7,8 Constabaris, G., 225,131;

438,56,61,65; 506,142 Coogan, H.M., 6,20,23 Cooper, D.M., 639,6,7; 640,8 Coppens, P., 335,21 Coqblin, B., 226,162 Cornwell, A.B., 574,84,1l3,1l4,

115; 575,1l6,1l7 Corson, M.R., 225,1 19,/20

Cosee, P., 442,200 Cosgrove, J.G., 41,30; 55,13 Costamagna, J.A., 284,17 Cotton, E., 5,12 Cotton, J.D., 574,90; 575,122 Coucouvanis, D., 223,57; 387,71 Coulthard, M.A., 75,1l Coutinho Beltrao, M. da C. de

M.,525,23 Cousins, D.R., 525,1 Coussement, R., 169,16; 525,6 Cowley, A.H., 574,87 Cox, M., 337,107 Craig, P.P., 5,6; 222,ll Cranshaw, T.E., 5,17,18; 25,12;

41,3,4,7,13,23,26,31; 55,15; 193,8; 223,38; 242,14,26; 437,42; 440,147

Crecelius, G., 226,160; 616,85 Crine, J.P., 508,230 Cromer, D.T., 170,4,6 Cross, Y.M., 441,163 Cullen, W.R., 574,108 Cunning, A.J., 335,30 Curran, e., 572,22 Curtui, M., 573,48 Cusack, P.A., 572,10 Czjzek, G., 75,4; 503,13

Dailey, B.P., 76,56 Dainyak, L.G., 504,74 Dale, B.W., 55,18; 224,58,59,76;

525,33; 573,66; 616,49,51 Dambly, M., 506,129 D'Amour, H., 616,62 Dance, LG., 616,46(a),46(b) Dance, J.M., 640,20 Dang, N.V., 505,95; 508,208;

509,248; 525,8 Daniel, H., 75,21 Daniels, J.M., 55,23 Danon, J., 76,48; 170,45;

506,134; 508,21O,211,215; 525,23; 615,16; 616,52

Danson, D.P., 387,52 Darby, J.B., 616,82 Darken, J., 337,107 Dash, J.G., 5,6; 509,242 Date, S.K., 170,48; 225,1l8;

226,147 Dattagupta, S., 223,31,32;

225,105,106,112 Dauwe, D., 506,134 Daver, H., 242,27,30 David, L.e., 387,68 Davidson, G.R., 55,14; 224,93 Davidson, P.J., 574,90; 575,122 Davies, A.G., 572,13,34 Davies, H.A., 226,154 Day, P., 508,224,227 Deans, R.A., 56,51 Dearnaley, G., 243,46 Deason, P.T., Jr., 6,23 De Beer, V.H.J., 442,204

De Benedetti, S., 170,23; 223,36,42

Debrunner, P.G., 224,63; 385,1O,1l; 386,20,21; 388,80,81

Debye, N.W.G., 572,29 Deeney, F.A., 223,51 de Graaf, H., 640,/2

643

de Grave, E., 508,205 Dehe, G., 55,32 de Jonge, W.J.M., 640,8,17 de Jongh, L.J., 509,241;

640,12,25 Dekker, A.J., 223,23; 225,1l4 Delbouille, A., 437,16 Delcroix, P., 525,9 Delgas, W.N., 442,216,217;

437,17 Delgass, W.N., 436,2,9;

437,13,21; 440,130,131 Delmon, B., 440,150; 442,207 Delyagin, N.N., 5,14 de Neufville, J.P., 437,29 Denison, A., 194,47 Denner, W., 616,62 de Pape, R., 640,23 De Pasquali, G., 5,ll; 387,57 Depmeier, W., 284,43 de Roy, G., 55,20; 504,75; 505,75 Deshayes, J., 525,6 Devanarayanan, S., 503,19 Devaney, P.W., 386,21 DeVoe, J.R., 26,15 Devyatkina, E.T., 574,106 de Waard, H., 41,27; 75,22;

76,59; 224,60; 226,157 De Wit, J.e., 226,157 Dezsi, L, 170,48; 335,22; 438,49 Dharmawardena, K.G., 525,1 Diamandescu, L., 507,188 Diamant, A., 170,41,42; 503,25 Diamond, J.G., 439,88 Dibar Ure, M.C., 55,38 Dicke, R.H., 5,2 Dickinson, R.C., 284,29 Dickinson, R.J., 572,19; 616,49 Dickson, B.L., 41,10; 224,71;

442,222,223; 505,91,1l8; 507,163

Dickson, D.P.E., 386,30,40,42, 43,44; 387,45,53,54,74; 388,78,93; 639,2,3,4,5,6,7; 640,8,9,10

Dieterly, O.K., 54,3; 55,39; 437,29

Dilorio, E.E., 388,86 Dindoin, N.W., 441,173,176 Dingle, R., 640,18 Dittmore, K.M., 615,40 Doan, N., 386,21 Dockum, B., 283,2; 284,7,8,42 Doddrell, D.M., 337,96 Dodokin, A.P., 506,151 Doerfler, R., 170,54

644

Dolgopolov, V.A., 440,128 Dollase, W.A., 505,88;

506,124,135 Dolphin, D.H .. 224,73; 386,22,25 Domazetis, G .. 572,6,7 Dominelli, N .. 574,99 Donald, I.W., 226,154 Donaldson, J.D., 572,4,10;

573,74,77,78,79; 574,80,81,90,96,98,101,110, 112

Dormann, J.L., 226,142 Dormann, L.I., 193,17 Dose, E.V., 337,109.110,111 Dowty, E., 503,32 Doyle, l.R .. 615,40 Drago, V., 508.210 Dransfeld, K., 389,106 Drever. J.L., 386.39 Drickamer, H.G., 336.44,64,65 Driessen, W.D .. 337,80 Drits, V.A., 503,18 Drwiega, M., 243.43 Dubiel, S.M .. 504,43 Dubois, J.M., 55,40; 56,46 Dudoladov, V.V., 194.44 Duff, K.J .. 76,52 Duffy, D.l., 337,95 Duffy, N.V., 337,92 Dumesic, J.A., 193,18; 436,1;

437,14.16.19; 439,111.112, 113,114

DuMont, W.W .. 575,120,121 Duncan, J.F .. 284.4; 506,122 Dunham, W.R., 55,17; 386,31,35 Dunitz, J., 284,34 Dunken, H., 439,90 Dunlap, B.D .. 55,7; 74,2;

75,12.32; 76,46; 223,31,32.56; 224,90.92.93,96,97; 225,99,103,104,105,106. 127, 128; 226,163; 616,82

Dunmyre, G.R .. 242.23 Dupas, c., 640,16 Durbin, G.W., 194,25 Durby, l.B., 75.32 Durrani, S.A., 526,39 Dwight, A.E., 225,99 Dzevitskii, B.E .. 574,109 Dzisko, D.V .. 441,173,176

Eddington, D., 507,180 Edgar, A., 505,118 Edgar, B.L .. 337,95 Edwards, C., 573.69 Egelstaff. P.A .. 5,18 Ehrman, J.R" 54.4 Eibschiitt, M., 224,86,87,93 Eicher. H .. 387,46; 388,86 Eikelboom, J .. 388,91.99 Einmahl, P .. 226,143 Einstein. F.W.B., 572,31

Eisman, G.A., 284,10.36 Eissa, N.A., 525,18,24,25 Ekdahl, T., 242,3,4; 439,105 Elder, R.C., 616,42 Eley, D.D .. 436,1; 442,212 Eley, R.R" 337,92 Elliot, C.l., 507,165 Ellis, D.E .. 75,12; 76,53,54 Emeleus, H.J., 437,20 Emery, G.T., 75,18,19 Emmett, P.H .. 440,134,135 Emoto, Y., 525,13,35 Emptage, M.H .. 386.37.39 Enrique, C.R., 525,23 Ensling, J., 335,15,32; 336,51 Epstein, L.M" 336,72; 337,89 Erhardt, J.C .. 387,58,59 Erickson, D.l .. 438,76; 616,9/ Erickson, N.E., 284,13 Ericson, T .. 170,36 Erics>on, T" 55,40; 170.38;

194,34 Erkin, V.M., 194,44 Ermilova, L.P., 503,18 Essene, E.J., 503,30 Evans, B.J., 194,30; 441,192;

504,38; 505,78; 506,139,153; 509,238; 525.36

Evans, E.H., 388,82,83,84 Evans, M.C.W., 386,32; 387,45;

388,83,84 Evans, M.J., 55,22 Everett, D.H" 336,77,78; 337,79 Evtimov, K., 389,//4 Ewald, A.H .. 335,2; 337,90 Ewings, P.F.R., 573.51;

574,83,85,86; 575,118

Fabrichnyi, P.B .. 439,96 Faltens, M.O .. 76,55; 170,43;

614,2 Fano, U., 170,27 Farha, F.E., 440,145 Farmer, V.C .. 503,18 Farragher, A.L., 442,200,201 Faye, G.H., 506,128 Federer, W.D .. 335.37; 336.40 Federighi, c., 507,193 Fedirko, V.A., 226,159 Feher. G., 388,80,81 Feiner, I., 170,4/; 438,50 Felsche. 1., 284,43 Fenger, J .. 437.33; 505,110 Fenton, D.E., 574,83 Fergusson, J.F., 335,30 Ferrando, W.A., 225,125 Ferraro, J.R" 337,98 Fibach. E., 388,99 Fields, R., 616.47 Figgis, B.N., 284,20.21 Figueras, 1-' .. 440,149.150,151.

152; 441,162 Filin, MV" 194,44

Author Index

Filippakis, S., 507,176 Filippov, N.I., 225,124 Filmore, E.J .. 572,4 Finch, J., 504,50 Finck, P" 389,104 Fink, l., 503,13 Firsova, A.A., 440,155;

441,170,194 Fischer, H .. 169,/4; 170,26 Fischer, J., 573,46 Fitzpatrick, L.J" 616,46(b) Fitzsimmons, B.W., 337,107 Fogarassy, B .. 226,154 Foner, S., 283,1; 284,7,38,39 Forester, D.W., 194,36; 223.40;

225,125 Fortier, 0" 387,55; 388,98 Fortune, J.M., 508.219 Fournes, L., 285,56 Fox, D.B., 284,11 Foxman, B" 284,10 Flander, P.J., 194,43 Flanigen, E.M" 442,214 Fleet, M.E., 503,31; 505,1 15 Fleisch, J" 335,13;

336,60,68,70,71 Flinn, P.A., 55.38; 75,7; 170,53;

438,55; 573,61,70 F1ygare, W.H., 76.39 Fradin, F.L., 226,163 Franco, S" 55,34 Francois, H .. 525,28,29 Frank, A., 616,67 Frank, C. W" 336,65 Frank, E.F., 284,17; 337,85 Franke, P.L., 337,81,82 Frankel, R.B., 194.22.24,4/;

283.2; 284,7,15,17,31.38, 39,40,41; 387,56,72; 388,92

Fraser, A.R., 504.46 Frattini, R" 242.25 Frauenfelder. H., 5,11; 6,25;

169,1; 2223,4; 437.45 Freeman, A.J., 75,12.32 Fricke, B., 75,8 Friedman, R.M" 616,90 Friedmann, A., 508.230 Friedt. J.M" 54,3; 5530,31;

193,7; 224,97; 225,127,128; 242,6; 284,22,37

Fripiat, J.G" 439,88 Froindlich, D., 438,50 Frolov, E.N., 389,103, Fruchart, D., 640,20 Fu, P.Q., 506,148 Fujioka, M., 75,23 Fukase, M., 223,45

Gabriel, H., 223.20 Gabriel, l.R., 55,6.10; 223,25 Gagarina, E.!., 507,173 Gager, H.M., 436,6; 438,60,69;

439,91,109,117

Author Index

Gainsford, A.R., 504.50 Gal, J., 225,109 Gallard-Nechtschein, J., 442,221 Gangas, N.H.J., 507,176;

508,209; 525.2,4,5,12.22,26 Ganguli, P., 335,20,24; 336,43;

337,99 Ganis, P., 572,39,41 Garein, e., 226,156 Garner, e.D., 387,73 Garten, R.L., 437,13,22; 439,89;

440,142,144; 442,216,217,221

Gates, B.e., 442,197,198 Gaubman, E.E., 389,107,108 Gavens, P.D .. 615,34 Geanangel, R.A., 56,51; 574,82 Geisler, e.D., 389,113 Gendler, T.S., 504,74; 507,177 Gennaro, A., 573,52 Georgescu, 1.1., 507,188 Georges-Gilbert, H .. 226.164 Georgiev, 5., 194.45 Gerard, A., 194,40; 226,156;

508,234,235 Gerdau, E .. 55,33 Gersonde, K., 387,46 Gettys, W.L., 6,24; 26,17 Gibart, P., 226,142 Gibb, T.e., 6,30; 25,2,3; 170,55;

284,25; 572,3; 573,70,72 Giberman, E., 388,100 Gibson, C.S., 616,61 Gibson, J.L., 6,24; 41,24 Gilbert, H., 507,175 Gilmore, c.J., 615,36 Gleary, P.J., 387,74 Gleitzer, e., 194,48; 285,59 Godwin, R.P., 438,46 Goilo, E.A., 503,18 Gol'danskii, V.I., 6,28; 25,5:

76,56: 169,17; 170,40,56: 193,10; 223,44,48; 226,151; 389,103,107,108; 436,4; 437,11 ,18; 438,78; 440,125,126,127: 441,195

Goldberg, D.E., 574,91 Golding. R.M., 284.4;

337,84,86,87,94 Goldman, 0.5., 505,86,107,108;

506,120,124,125 Goldring, G., 75,13; 285,51 Goldschmidt, V .M., 507,168 Goldstein, M., 573,76 Gonser, U., 6,36,41: 25,7;

169,3,5,6,13; 170,25,26,37,48,52; 242,32; 386,19; 503,5

Gonzalez-Jimenez, F., 224,89,94: 225,98; 226,162

Good, M.L., 437,31: 440,132,133; 442,224

Goodenough, J.B., 508,220

Goodman, B.A., 503,7,26; 504,46,47: 507,172,178; 572,3; 573,72; 574,97

Goodwin, H.A., 335,6; 336,59,62,67

Goodwin, J.G., 242,24 Gorobchenko, V.D .. 225,124;

226,166 Gorodinskii, G.M., 169,17 Gorshkov, A.!" 503,18 Goscinny. Y., 574,95 Gosselin, J.R., 506,128 Gotz, F., 503,13 Govaert, A., 508,205 Grabmaier, J., 573,63 Graehev, V.I., 507,198 Graham, M.J., 41.18; 242,10;

284,20 Grandjean, F., 508,234,235 Grange, P., 442,207 Grant, R.W., 6,23; 169.3,5:

170,52 Grasselli, R.K., 441,186,187.188 Gray, H.B., 76.47 Gray, P.R., 440,145 Greatrex, R., 574,97 Greenaway, A.M .. 336,48,55 Greenwood, N.N., 6,29; 25,2:

284,25: 572,3; 573,70,71,72; 574,97

Gregson, A.K., 337,96 Greneche, J.M., 170,35 Grodzieki, M., 169,8 Groeneveld, W.L., 337,81 Grosselin, 1.R., 507,179 Groves, J.L., 224,74; 386,14:

387,57: 388,88 Grow, J.M., 223,55 Gruverman, 1.1., 6,39; 54,3;

55.24,38,39; 56,50; 75,29,31; 169,20; 170,53; 193,5,6,7,15; 194.22; 242,11; 437.19,23, 24,29; 438,70; 439,89; 440,/45: 442,224; 508,232

Guest, L., 388,95,96 Guggenbcrger, L.J., 615,4/ Guggenheim, H.1., 224,93 Gunsalus, I.C .. 385,10 Gunter, M.J., 386.27 Gupta. G.P., 639,2,3,4,5;

640,9,10 Gupta, M.P., 225,118; 226,147 Gusakovskaya, I.G., 226,/51 Gustafson, G.I., 505,88 Guta, C .. 573,47,48 Giitlich, P .. 6,31; 25,8; 335,7,R,

13,15,20,23,24,28,32,33,35, 36,38; 336,41,43,49,50,51, 54,56.60,68,70; 615,10; 616,64,86

Guy, H.H., 615,39 Guy, 1.1., 615,34 Gzowski, 0., 41,22

Haasnoot, J.G., 337,82 Haayman, P.W., 194.27,28 Hackett, P., 572,19 Haddad, M.S., 336,40 Hadjikostas, c.e., 337,100 Hadjiminolis, 5.,573,78 Hafemeister, D.W., 76,39 Hafner, 5.5., 387,60,61;

645

503,5,22; 505,78,79,81,82, 83,84,90,98; 506,143,150, 156; 616,63

Haga, N., 506,/37 Hagenmuller, P., 285,56; 508,223;

640,23 Hager, L.P., 224,63; 385,11;

386,21 Haggstrom, L., 55,40; 194,34;

503,/9; 504,51 Haiduc, I., 573,42,47,48,49 Haigh, R.M., 572,/3 Halder, N., 41,6 Halenius, U., 506,/60;

507,162,166,167 Hall, D.O., 386,32,40; 387,45 Hall, G.R., 335,14 Hall, J.R., 284,/ 1 Hall, W.T., 572,9 Hallam, B.R., 525,37; 526,38 Haller, G.L., 436,9 Hamill, N.D., 222,/2 Hamilton, W.O., 169'/2; 194,29 Hammermesh, M., 222,10 Haneda, K., 193,20 Hanna, 5.5., 5,/0,15; 193,4;

437.29 Hannon, J.P., 170,31 Harami, T., 169,6; 386,19 Harding, L.J .. 55,17 Hardy, K.A., 55.11 Hargrove, R.S .. 41,29: 194,3/ ,35;

226,144 Harpold, M .. 387,62 Harries, D.R., 242.21 Harris. D.H., 574,91 Harris, F.E., 76,49 Harrison, P.G., 572,14; 573,45,

51,55: 574,83,84,85,86,88,89, 113,114,115: 575,116,117, 118,119

Harrison, W.A., 194,48 Harrison, W.T.A., 285,59 Hart, E.M., 438,80 Hart, H.R., 507,192 Hartley, N.E.W .. 243,44,45 Hartmann-Boutron, F., 224,94;

225,126: 226,165; 509,244 Hasselback, K.M., 335,13:

336,51,60,68,70 Hatano, K., 386.24 Haung, N.L., 76,51 Haupt, H.J.. 574,43 Hay, H.J .. 5,18 Hayashi, H .. 504,59

646

Hayashi, M., 506,145 Hazen, R.M., 504,53 Hazony, Y., 75,36,37; 76,58;

463,3; 573,46 Healey, M.A., 337,102; 572,14;

574,89 Heberle, J., 5,10; 55,34,36,37;

193,4 Hedges, R.E.M., 525,21 Heilmann, I.U., 508,236 Heiman, N.D .. 222,8 Heinemann, H .. 436,2,6 Helgason, 0., 504,37 Helisto, P., 41,12 Heller-kallai, L., 503,8;

504,39,48,58,72,73; 508,216 Hembree, G., 55,29 Hemingway, B. S., 509,241 Hendrickson, A.R., 337,97 Hendrickson, D.N., 335.14,37;

336,40 Herber, R.H., 6,28,33; 25,5;

76,56; 170,40; 193,10; 436,3; 437,1 I,; 572,8,27; 573,46,50,53,57,59; 574,95

Herbillon, J.A., 504,42 Hermans, L., 169,16 Hermes, K., 389,107 Hershkowitz, N., 55,26,27 Herskowitz, V., 387,59 Herzberg, e.T .. 503,31 Hess, 1., 225,123; 525,15 Hesse, J., 56,45 Hesse, R., 616,46 Hewitt, P.J., 388,93 Hien, P.Z., 170,49 Hightower, J. W., 440,131 Hijmans, J.P.A.M., 640,17 Hill, H.A.O., 193,16; 337,33 Hill, W.E., 615,22 Hirst, L.L., 223,21; 224,88 Hirvonen, M.T., 170,47 Hisatake, K., 75,23 Ho, B.Y.K., 572,5,11 Ho, e., 385,9 Hobart, H., 439,90,92,97 Hobson, M.e., 436,5,6,7,8;

438,60,66,69; 439,91,98,108, 109,117,1 18

Hodges, J.A., 225,126,129 Hodgson, K.O., 387,72 Hoffman, R.W., 437.43,44 Hofman, W., 194,47 Hofmann-Reinecke, H., 75,21 Hogg, e.S., 504,56 Hohenemser, e., 640,15 Hohlfeld, R., 572,40 Holbourn, P.E., 41,9; 440,158 Holding, A.F. Lee., 574,96,98,

101 Holland, R.E., 222,10 Hollenberg, P.F., 224,63 Holm, R.H., 387,72 Holmes, K.e., 387,60

Holt, S.L., 640,18,19 Holzapfel, W.F., 616,48 Hong, S.H., 616,46 Hooper, H.O., 224,69 Hopper, M.J., 55,21 Hoselton. M.A., 337,1 11 Hosemann, R., 440,136, JJ7, 138,

139 Hoskins, B.F., 337,101 Hossain, M.B., 573,42,49 Housley, R.M., 169,3,5;

170,25,52; 193,5; 224,60 Houtman, P.N., 441,189 Howes, R.H., 388,87 Hoy, G.R., 222,9,12,13; 223,37;

225,1 19,120; 226,145,146, 152

Hrynkiewicz, A.Z .. 442,205 Hsu, e.e., 574,82 Huang, N.L., 640,22 Huang, Y.Y., 442,218 Huber, F., 574,93 Hubert, C., 387,55; 388,85 Huckenholz, H.G .. 505,90;

506,156 Hucknall, D.J., 440,153 Hudis, J., 616,90 Hudson, A., 337,87 Huffman, G.P., 41,16,17;

226,141; 242,11,12,15,23; 506,146; 507,/95

Hiifner, S., 75,20; 224,84; 226,160; 573,63

Huggins, F.E., 226,141; 506,146,152,156; 507,195; 508,207

Huggins, M.L., 574,92 Hunklinger, S., 389,106 Hunter, W.E., 574,87 Hupkes, J., 503,28 Huray, P.G .. 616,84,88,92 Hurblut, e.S., 503,2 Hurd, e.M., 508,228,231 Hurley, J.W., 75,36,37 Hutchings, M.T., 640,18,19 Hutchinson, B.B., 335,10,11,31;

336,66 Hiittner, G., 615,37; 616,67 Huynh, B.H., 386,14,36,37,38,39;

387,69,70; 388,77,88 Hyams, R.L., 572,12 Hytterhoeven, J.B., 442,215

Ibers, J.A., 336,45 Ichiba, S .. 572,37 Ikoma, H .. 438,84 Imbert, P., 170,24; 194,40;

224,89,94; 225,98,126,129; 226,156

Ingalls, R., 76,38; 284,27; 336,61; 438,72; 503,15

Inoue, K., 387,63 lonov, S.P., 76,50; 573.73 Irler, W., 335,18,19,20,39

Author Index

Irving, H., 336,58 Isaac, F., 335,270 Ishikara, J., 441,175 Ito, A., 194,39 Ivanitskii, V.P., 504,52;

508,206,213,214 Iyengar, P.K., 6,40; 223,49;

226,150

Jaccarino, V., 74,3 Jackson, M.L., 507,174 Jackson, P.J., 386,32 Jacobs, A .. 388,91 Jacobs, I.S., 507,191,192,193 Jacobs, P.A., 440,150; 442,207 Jain, R., 242,33,34; 243,35 James, B.D., 572,6,7 Janot, C., 387,52; 507,175; 525,9 Jarvis, J.A.J .. 616,56,61 Jauho, A.P., 170,47 Jefferson, D.A., 507,165 Jehanno, G., 226,156 Jeitscuko, W., 441,196 Jirak, Z., 285,56 Johnson, A .. 616,53,56 Johnson, e.E .. 193,9,16; 194,25;

223,38; 285,51; 337,88; 386,30,32,33,34,40,42,43,44; 387,45,73; 388,78,82,83,84, 93,94; 439,103; 572,32; 639,2,3,4,5,6,7; 640,8,9,10, II

Johnson, K., 439,87,88 Johnston, J.H., 506,122 Johnstone, B.M., 389,109,110 Jones, e.H.W., 574,99 Jones, G.e.H., 615,25 Jones, P.G., 615,9,24,25,39;

616,45 Jones, R.A., 574,87 Jones, W., 437,10; 507,184,185 Jordanov, A., 437,38,39,40 Jorgensen, e.K., 76,40 Jove, J., 225,109

Kagan, Y .. 170,32; 222,16; 223,17

Kahjehnassiri, M., 284,14 Kaindl, G .. 75,5,26,28,34;

170,44; 614,1; 616,57,68 Kakitani, S., 507,171 Kalesnikov, I.M., 506,127 Kalinichenko, A.M., 508,213,214 Kalish, R., 75,13; 285,51 Kalvius, G.M., 41,5,6; 54,1; 74,2;

75,6,10,13,32; 170,34; 224,90,92,96; 225,99,107; 226,153,163; 387,46; 437,23,24; 505,81; 573,62,68; 615,6,18

Kan, X.M., 506,149 Kane, P.F., 436,8 Kanekar, e.R., 337,86 Kanetkar, S.M., 226,147

Author Index

Kankeleit, E., 40,2; 41,5; 54,1 Kaplan, M., 223,43; 224,91,95 Karas, W., 226,135,140 Karasev, A.N., 439,122,123,124 Kareem, S., 170,22 Karlsson, D., 222.3 Kamer, W., 194,34 Karpachevskii, L.O., 507,177 Karraker, D.G., 225,108 Karyagin, S.V., 169,17,18 Kasai, P.H., 75,15 Katada, M., 387,64; 616,50 Katila, T.E., 41,12; 170,47;

437,24 Kato, M., 226,148 Katz, B.A., 335,17 Katzer, J.R., 442,197 Kaufman, K.S., 388,92 Kaufmann, E.N., 55,41; 243,37 Kazakov, G.A., 508,204 Kazakov, M.I., 507,173 Keffer, F., 285,57: 640,13 Kehl, W.L., 438,55 Keisch, B., 525,32 Kelefi, L.M., 441,/73,176 Keller, H., 56,49 Kellerman, E., 242,8 Kellerman, R., 436,9 Kellershohn, c., 387,55;

388,85,98 Kelle-Zieher, E.H., 616,42 Kelly, B.P., 337,101 Kelly, M., 387,65 Kemeny, T., 226,154 Kemerink, G.J., 226,157 Kenealy, P.F., 224,69 Kennedy, J.E., 284,30 Kennedy, M.C., 386,39 Kent, T.A., 385,12;

386,36,37,38,39 Kessel, M., 388,99 Kesthelyi, L., 525,1 8 Keune, W., 170,48; 242,5,9 Khalafalla, D., 226,132 Khammouma, S., 437,16; 439,112 Khan, H.A., 526,39 Khantulev, A.A., 507,173 Khimich, T.A., 506,126,127 Khodeshova, T.S., 574,106 Khovanskaya, N.N., 441,170 Khrapov, V.V., 169,/7 Khurgin, B., 224,80 Kierstead, H.A., 225,127 Kim, K.J., 242,22 Kimball, C.W., 225,99: 226,163;

616,82 Kimizuka, N., 226,148 King, T.J., 387,73; 572,14:

573,51; 574,85 Kirchner, R.F., 385,4 Kistner, O.c., 74,1; 75,18; 169,2;

438,54 Kittel, C., 640,14 Kjems, J.K., 640,24

Kliiui, W., 335,23 Klein, c., 503,2 Klein, M.P., 223,24; 387,62;

438,73 Klemm, A., 439,137 Knudsen, J.E., 223,54;

224,72,78,79; 225,115: 504,37

Koczuka, J., 438,84 Kodama, H., 507,179 Koelbel, H., 439,107 Kohler, c.P., 335,36: 336,49,56 Kohno, T., 507,171 Kokot, E., 337,83,91 Kokotailo, G.T .. 616,93 Kolchin. I.K., 440,154 Komusinski, 1., 504,43 Konig, E., 284,6;

335,3,18,19,29,39; 336,62,63,67

Konnert, J., 572.35 Konno, M., 335,16 Konnov, V.I., 574,105,106 Kopinga, K., 640,17 Koppen, H., 335,34,36:

336,41,49,50,52,54,56 Korecki, J., 226,135,140 Kordynk, S.L., 440,129 Korneev. E.V., 506.127 Korneev, V.P., 223,48 Korovushkin, V.V., 506,127,131 Korytko. L.A., 169,/7; 440,125 Kostikas, A., 223.57; 225,1 17;

387,71; 507,170,176; 508,209: 525.2,4,5,10,12

Kostiner, E., 385,55 Kotlichi, A., 504,49; 508,212 Kotz, J.C., 284,28 Kovacic, c., 226,164 Krakowie, W., 442,205 Kreigsmann, H., 441,182 Kremer, S., 336,63 Krishnamurthy, A., 504,64 Krizhanskii, L.M., 169,/7 Krogh, H., 225,115 Krop, K., 226,125,140 Krupyanskii, Y.F., 389,107,108 Krusius, M., 616,55 Krylov, O.V., 437,18; 441,195 Kubo, R., 222,14 Kuchaida, D., 389,104 Kudelya, V.K., 508,213 Kuespert, B., 439.107 Kukushkin, Y.N., 574,105,106 Kullman, D., 437,26 Kumar, D.V.G., 572,23 Kundig, W., 5,19; 41,29; 54,5;

75,24; 193,2,2/; 194,3/,35,46,47: 225,131; 226,134,144; 387,62; 438,56,61,65; 506,142

Kunze, K.R., 337,108 Kurdoa, Y., 506,145 Kureneva, T. Y., 223,48

Kurgano, A.A., 441,169 Kurkjian, C.R., 223,39 Kurzidim, G., 439,116 Kushimo, J.B., 388,86 Kuzmin, P.N., 507,177 Kuzmin, R.N., 504,74 Kuzmin, V.I.. 506,131

647

Labenski de Kanter, F., 387,54 Ladner, J.E., 385,9 Lal, A., 169,10 Lalla-Maharajh, W.V., 388,78 Lam, H.F., 388,93 Lamb, W.E. Jr., 5,1 Lambert, R.M., 437,10 Landman, D.A., 615,4 Lang, G., 55,18; 193,3;

223,41,46; 385,1,2,3,12: 386,18,23; 387,49,65,66,67

Langer, K .• 505,116; 506,161: 507,166,167

Lappert, M.F., 574,90,91; 575,122

Larkina, T.I., 226,151 Larkworthy, L.F., 337,107 Larrabee, G.B., 436,8 Latorre, R., 284,17 Laudis, P.S., 442,212 Lauer, S., 169,8 Laughlin, D.R., 574,81 Laundy, B.J., 440,159 Lavallee, P., 504,69 Lavrovskin, K.P .• 439,121 Law, A.D., 505,106 Lawton, S.L., 616,93 Lax, M., 170,29 Lazukin, V.I., 441,165,169 Lazzarini, L., 525,14 Leahy, M.F., 573,50 Leary, K., 616,68,70 Le Borgne, E., 526,41,42 Le Caer, G., 55,40; 56,46 Lee, J.B., 442.220 Lee, L.L. Jr., 5,7 Lees, J.K., 75,7: 573,61 Lefelholz, J.F., 438,69; 439,117 Le Fever, H.T., 226,137 Lefferts, J.L., 573,47,48; 575,120 Le Gall, J., 386,36,37,38 Legrand, A.P., 56,47 Lehnis, B., 616,64 Leidheiser, H., 242,8 Leiper, W., 504,60,71: 505,1 II Leipoldt, L.G., 335.21 Leung, K.L.. 504,38: 573,59 Lever, A.B.P., 76,41 Levillain, C., 504,55,57,58 Levinson, L.M., 225,113,116:

507 ,191,192 Levitz, P., 56,47 Levron, D., 225,102 Levy, A., 387,54 Levy, R.P., 617,76 Li. S., 508,202

648

Li. Y.R., 506,149 Li, Z., 508,202 Lienard, A., 503,13 Liljequist, D., 41,19,20; 2423;

439,105 Lin, S.e.H., 55,42,43 Lin, T.M., 55,39 Linares, J., 505,95 Lindquist, R.H., 225,131;

438,56,61,65; 506,142 Lindsley, D.H., 503,32 Link, R., 6,31; 25,8; 335,33,34;

615,10 Lipka, J., 504,37 Lipsch, J.M.J., 442,202 Lipscomb, J.D., 385,10; 386,38;

388,76,77 Lisichenko, V.I., 440,129 Litt, M.H., 439,94 Litters!' F.J., 75,17; 226,153;

508,237 Little, B.F., 284,24,26,3139,

40,41 Littlejohn, e., 5,10; 193,4 Liu, T.M., 193,6 Llabador, Y., 242,6 Loeffler, B.M., 506,119 Loew, G.H., 385,4 Lokanathan, S., 504,64 Long, G.G., 75,33 Long, G.J., 25,12; 41,13; 194,48,

49; 284,5,23,24,26,29,30,31, 38,39,40,41; 285,50,53,59; 335,9; 336,66,69

Longworth, G., 25,12; 41,/3,33; 55,42; 194,48,49; 226,161; 242,2,17,25,33,34; 243,35, 36,37,39,44,46,47; 285,50, 53,59; 525,16, I 7,20,30,3 1,33

Lorbeth, J., 572,40 Lorea, E., 61538 Lounasmaa, O.V., 437,24 Love, J.e., 75,4; 616,92 Lovenberg, W., 386,28,30,41 Lowenstam, H.A., 387,56 Luban, M., 225,113,116 Lui. L.F., 507,200 Lukashevich, 1.1., 225,124 Lukeman, B.D., 337,94 Lunsford, J.H., 436,9 Luria, A., 615,4 Lynch, F.J., 222,10 Lynch, M.W., 335,37; 336,40 Lyubutin, I.S., 506,151

Mabuchi, H., 525.13,34,35 Mack, L.E., 439,86 Maddock, A.G., 242,18; 437,32;

438,71; 440,157; 505,97,102; 572,17; 615,9,25

Madeja, K., 284,6; 335,29; 336,62,63

Maeda, Y., 76,49; 169,6; 386,16,19; 505,89; 615,50

Magee, R.J., 572,7 Makarov, E.F., 76,50; 169.17;

170,40,56; 193,10; 223,44,48; 438,78; 439,101; 440,125.128; 573,73

Maksimov, Y.V., 437,18,19; 439.12/

Malakhov, V.V., 441,181 Malamud, M., 508,221 Malatesta, L., 335,1 Male, S.E., 507,194 Maletta, H., 54,3; 193,7 Maltempo, M.M., 386.26 Malyshev, A.I., 507,198 Malysheva, T.V., 503,6;

507,198,199; 508.204 Manassero, M., 615,33; 617,74,75 Mancini, M., 385,6 Mandl, J.R., 616,66,67 Manenkov. A.A., 222,2 Maniatis. Y., 525,10,11 Manikin, E.A., 438,63 Mann, D.M., 75,15 Mann. J.B., 75,13 Manning, A.R., 572,19; 574,107 Manning, P.G., 226,149;

506,128,140,141, 159; 507,165, 182,J 83,184,185

Manoussakis, G.E., 337,100 Marathe, V.R., 337,99 Marcolin, H.E., 386,16 Maresca, L., 573,75 Margolis, L.Y., 437,18;

440,154,155; 441.170,195 Margulies. S., 5,11; 54,4 Markov, E.F., 438,53 Marshall, J.H., 388,97 Marshall. S.W., 438,76,77 Marshall, W., 5,9; 193.9;

223,19,41; 385,3 Martin, R.L., 335.2,4;

337,83,86,90.97 Marzke, R.F., 438,76 Mason, B., 503,1 Massa, W., 572,40 Massene!' 0., 41,21;

242.27,28,29,30; 508.233 Massoth, F.E., 442,203 Mathalone, Z., 193,/9 Mathiev, J.P., 440,149,150 Matsui, Y., 505,89 Matsuura, I., 441,183,184,185,

190 Matteazzi, P., 242,25 Matthias. E., 222,3 Mattievich, E., 525,23 Matuso, M., 505,76 Matyash, I. V., 504,52;

508,206,213,214 Maurel, P., 504,58 May, L., 6,27; 25,4; 437,27 Mayer. A., 387.46; 388,86 Mayer. I., 438,50 Mayo. K.H., 389,105

Author Index

Mays, M.J., 574,104; 615,9,23,25,29,34

Maziere, M., 388.98 McAlister. S.P., 508,228 McArdle, P.A., 574,107 McAteer, J.C., 441,164 McAuliffe, e.A., 572,20;

575,123; 615,8,11,12,14,22; 616,47,51,95

McCammon. e.A., 508,226 McClellan. W.R., 441,196 McDonagh, e.M., 508,229 McGarvey, B.R., 335,23,24 McGuire, A.D., 5,6 McIver, J.R., 506,158 McKeague, J.A., 507,179 McKee, D.W., 507,193 McKee, V., 336,76 McKerrell, H., 525,28,29 McKinnon, W.R., 508,228,231 McLaughlin, G.M., 386,27 McLeod. D. Jr., 75,15 McNab, T.K., 75,16 McNiff, E.J., 284,39 Meads, R.E., 55,25; 504,56 Mehner, H., 440,148 Meier. W.M., 442,215 Meisel, W., 5532; 222,7; 437,41;

440.148 Meissner, E., 336,41,49,57 Mejdahl, V., 525,28,29 Mel'nikov, E.V., 225,124 Meni!. F., 285,56; 504,58 Mercader. R.e., 242,26 Mermin, N.D., 509,240 Merrithew, P.B., 337.93 Messmer, R.P., 439.87 Mestdagh, M.M., 504,42 Mevarech, M., 388,100 Meyer, S., 617,79 Meyers. J., 503,24; 504,45 Meyer-Schutzmeister, L., 5,7,15 Micklitz. H., 75,16,17; 573,60 Middleton. P., 386,43,44 Miedema. A.R., 509,241 Milledge, H.J., 284,32,33; 572,34 Minai, Y., 507,187 Mineeva, R.M., 503,27 Minkova. A., 437,38,39,40 Mira, A.F., 525,24 Misetich, A., 194,24 Mitchell, D.F., 41,18; 242,10 Miyamoto, H., 504,70; 509,245 Magno, F., 385,7 Mok, K.F., 284.4 Mokshin. V.M., 226,159 Molloy, K.C., 572,5;

573,42,47,48,49,55,58 Molnar, B., 335,22; 438,49 Montano, P.A., 507,189,190 Moore. P.B., 285,48 Morante, S., 385,8 Morariu, M., 507,188 Morassi, R., 336.75

Author Index

Morey, M.B., 525,25 Morin, FJ., 194,38 Morita, Y., 386,19 Moritani, A., 441,172 Morook, Y., 441,166.167 Morri, A., 441,172 Morrice, J.A., 442,219 Morris, S., 387,60 Morrish, A.H., 193,20; 439,100 Mortland, M.M .. 503,18 Mjlrup, S., 56,48; 193,18; 223,54;

224,61.64.65.70.72.78.79; 226,139; 437.25; 438,47.64; 439,106.120; 242,205.206. 207.208.209.211; 504,37

Moss, K., 616,51.95 Moss, T.H., 386,26 Mossbauer, R.L., 53.4.5; 25,10;

75,5.26.28; 170,44; 224,88; 389,103.104.105; 614,1; 616,48

Mosser, e., 507,181 Mostafa, M.F., 285,45 Moukarika, A., 503,29; 504,41;

508,229; 509,239.248; 525,5.22

Moura, I., 386,36.38 Muetterties, E.L., 615,20,21 Muir, A.H. Jr., 6,20.23; 56,50 Muir, J.A., 615,38; 616,45 Muir, M.M., 615,9.38; 616,45 Mukerji, A., 386,15 MUkoyama, T., 56,52.53.54 Mullen, J.G., 438,51 Muller, E.W., 335,15.20.28.35.

36.38; 336,41.43.49.60 Muller, S., 504,65 Mullins, C., 526,40 Mullins, M.A .. 572,22 Multani, M.S., 75,35 Munck, E., 224,63; 385,10.11;

386,36.37.38.39; 387.68.69; 388,76.77

Mundt, W.A., 437.26 Muora, J.J.G .• 386,36.38 Murray, K.S .. 386.27 Musikas, e., 225,109 Mustachi, A .. 225,123 Myers, R.R., 337,92 Mysen, B.a., 504,36

Nagle, D.E., 5,6; 169,1 Nagy, D.L., 170,33 Nagy-czako, I., 224,77 Nakamura, K., 441,172 Naldini, L., 617,75 Nardin, G., 572,30 Nason, D., 440,141 Nassau, K., 506,121 Nath, A., 385,13; 387,62.63.64 Nechitailo, A.E., 437,18; 441,195 Neel, L., 285,52; 438,57.58 Negita, H .. 572,37 Neimark, I.E., 440,125.126

Nelson, J., 336,76 Nelson, S.M .. 223,51; 335,19.39;

336,76 Neuders, B., 575,121 Nevitt, M.Y., 225,99 Newnham, R.E., 509,250 Ng, H.N., 285,58 Niarchos, D., 223,57;

225,127.128 Nicholls, 0.1., 614,3 Nicholson, W.J., 439,99 Nicolini, e., 285,46.47 Nielsen, M.K., 224,72 Nielson, P., 437,25 Niesen, L., 226,157 Nigavekar, A.S., 226,147 Nininger, R.e., 438,67 Niven, I.E., 572,20 Nobeli, e., 507,170 Nolet, D.A., 506,138.157;

508,226 Noltes, J.G .. 572.24; 615,17 Nomura, S., 509.250 Noordik, J.H., 617,73.80 Nowik, 1.,170,41.42; 193,13.14;

224,80.81.82.83.85.90; 225,102.109.123; 388,100.101.102; 438,50

Nozik, AJ., 223.43 Nullens, H., 55,20

Obenshain, F.E., 75,4; 223,40; 616,92

Oberley, L.W., 387,58.59 O'Connor, CJ., 336,48 Odar, S., 616,86 O'Donnell, M.J., 387,67 Ofer, S., 170,41.42;

224,80.83.85; 225,102.123; 387,54.56; 388,89.90.91.99.100.101.102; 438,50

Ohashi, Y., 505,82 Ohlmann, G., 441,182 Ohrlich, E., 573,63 Ohya, T., 223,52; 224,66; 439,95 Okada, A., 507,197 Okada, T., 223,45 Okamura, M.Y .. 388,80.81 Okulov, E.N., 506,126 Olenkova, L.M., 441,173.176 Olesch, M., 503,21; 504,63;

505,87 Olin, A .. 616,46 Ollis, D.F., 440,142 Olsen, D., 55,10 Olsen, J.S., 508,236 Olsen, N.B., 508,236 Olson, D.H., 574,94 Onady, M., 616,42 Onishchenko, E.Y., 225,107 Ono, K., 194,39; 223,52; 224,66 Onodera, H., 75,23

Oosterhuis, W.T .. 223.46; 224,67.68; 226,161; 387,47.51

Opalenko, A.A .. 507,177 Orama, 0., 615,37

649

Orbach, R., 76,51; 222,2; 640,22 Orme-Johnson, N.R., 388,76 Orrne-Johnson, W.H., 386,35.37;

387,68.69; 388,76 Oskarsson, A.A., 337,106 O'Sullivan, W., 285,57 Owen, J., 640,21 Ozaki, A., 441,166.167

Pages, M., 225,109 Palazzotto, M.e., 337,95 Palmer, G., 38635 Pan, L.S., 509,238 Papaefthymiou, G.e., 386,14;

387,56,71; 388,87.88.92 Papike, 1.1., 505,94 Parak. F., 169.7; 223,50; 386,17;

387,46; 389,103,104.105.106.107

Parish, R. Y., 572,1.19.20.32; 573,67; 574,103.1 11; 575,123; 615,8.11.12.13.14.22.27.30; 616,44.47.49,95

Parker, F.T., 224,91.95 Parkin, K.M .. 506,119.120;

508,226 Parks, R.D., 508,233 Parravano, G., 242,24; 440,130 Parry, 0., 575,123; 615,8 Pasternak, M .. 6,34; 76,58;

438,79; 503,25; 573,65 Patchen, H.l .. 507,193 Patterson, D.O., 616,84; 617,76 Pauling, L., 385,5; 574,92 Pauling, P.l., 615,35 Pavlov, B.S., 226,138 Pavlyukhin, Y.T., 226,136 Peacock, R.N., 5,11 Peet, W.J., 615,20 Pellerito, L., 573,52 Pelsl, 1., 573,63 Penfold, B.R., 572,31 Pereboom, J.A.A.l., 616,55 Perfil'yer, Y.D., 505,99 Perkins, P.G., 573,71 Perlman, I., 525,15 Perlman, M.L., 75,18; 615,19;

616,89,90.94; 617,77,78 Perlow, G.1., 5,10; 6,15.35;

41,11; 76,56; 193,4; 507,180,196

Perry, D.L .. 337,108 Persson, B.I., 55,8 Perutz, M.F., 385,9 Peruzzo, Y., 572,39,41 Petrera, M .. 525,14; 573,52 Peters, S.W., 388.91 Peterson, E.R., 284,44

650

Peterson, L., 507,186 Petridis, D., 225,1 17 Petrouleas, V., 387,71 Pettit, R., 283,3 Petty, R.H., 337,1 10 pfannes, H.D., 169,13,14; 242,5 Pfeiffer, L., 222,8 pfeil, R., 617,79 Phillips, R.C., 573,45,51 Phillips, R.F., 616,61 Picone, P.J., 193,20 Picou, J.L., 5,12,13 Pignolet, L.H., 337,95 Pillinger, W.L., 75,31 Piltingsrud, D., 223,57 Pines, H., 436,1; 442,212 Pispisa, B., 385,7,8 Place, M., 55,25 Plachinda, A.S., 223,44,48;

438,53; 440,125,126,127,128 Platt, R.H., 75,27; 572,2,17 Player, M.A., 41,8,9,32 Pleiter, F., 75,22 Plowman, R.A., 284,11 Podgurski, H.H., 41,17; 242,15 Pohjonen, J.A., 170,47 Polak, L.S., 439,122,123 Polichar, R.M., 55,17 Pollak, H., 505,117;

506,123,129,132,134; 508,215

Polshin, E.V., 504,52 Poluk, L.A., 439,124 Pomeranz, M., 509,242 Poncelot, G., 440,150; 442,207 Porai-Koshits, M.A., 574,106 Portal, G., 525,28,29 Portefaix, J.L., 441,162 Portier, J., 640,23 Portis, A.H., 225,131 Potasek, M.J., 387,57 Potzel, W., 41,12; 75,5,26,28;

76,45; 170,44; 226,163; 507,180; 614,1; 615,15

Pound, R. V., 5,8,16; 222,5 Povitskii, V.A., 194,44 Powell, H.M., 335,30; 616,61 Prandl, W., 506,154 Preisinger, A., 440,136 Preut, H., 574,93 Preston, R.S., 5,10,15; 55,39;

193,4,6 Prewitt, C.T., 506,144 Price, D.C., 55,29; 505,U8;

506,144 Principi, G., 242,25 Pritchard, A.M., 242,16 Probst, F., 226,163 Prosser, H., 170,34; 615,18;

616,60 Prowse, D.B., 75,11 Puddephatt, R.J., 616,53,56 Pulgar, L.B., 616,45 Purcell, K.F., 284,28

Purrington, R.D., 55,11 Puxley, D.e., 572,34 Pyke, D.R., 440,161; 441,163

Qaim, S.M., 440,143 Quartier, H., 508,205 Quartier, R., 505,117;

506,129,134 Que, L., Jr., 337,95; 388,76 Quidort, J., 5,12

Rabashov, A.M., 439,96 Rachmilewitz, E.A., 388,89,91,99 Raclavsky, K., 508,203 Rae, A.D., 616,46b Rajoria, D.S., 387,64 Rake, A.T., 573,43; 574,102 Rakavy, M., 224,80 Rakovich, F.K., 508,206 Rama Reddy, K., 169,10 Ramisch, R., 226,153 Randaccio, L., 572,30 Randall, P.D., 615,12 Rao, e.N.R., 336,42 Rao, K.J., 336,42 Rao, K.K., 386,32,40; 387,45;

388,78 Rao, P.S., 335,24 Rao, V.U.S., 226,141; 506,146 Raper, R., 337,83 Rapposch, M.H., 285,55 Rasmussen, K., 507,186 Rasmussen, P.G., 337,93 Ratcliffe, B., 574,98,101 Rath, W., 55,33 Rawlings, J., 386,37 Readman, P.W., 439,102; 504,44;

507,181 Rebka, G.A., Jr., 5,8,16 Rebouillat, J.P., 503,13 Reed, e.A., 385,12; 386,23 Rees, L.V.e., 442,219,222,223 Regnard, J.R., 76.49; 226,155;

503,35; 505,95; 507,164 Reid, R., 440,161 Reidlinger, F., 572,5 Reiff, W.M., 26,18; 283,1,2;

284,7,8,9,10,13,14,15,17, 19,26,31,36,38,39.40,41,42; 285,46,47; 336,69; 508,232

Reiswig, R.D., 5,6 Reivari, P., 41,26 Remeika, J.P., 223,35 Renard, J.P., 640,16 Renfrew, C., 525,27; 526,38,39 Renovitch, G.A., 336,47 Rentzeperis, P.J., 285,49 Reuveni, A., 335,24 Rhode, W.S., 389,111,112,113 Rhodes, H., 387,68 Rice, C.M., 507,169 Richards, J.A., 573,51; 575,1 19 Richter, E.L., 439,115 Rickards, R., 193,16; 337,88

Author Index

Riddle, e., 503,23 Ridout, M.S., 223,38; 243,38 Riederer, J., 525,19 Rimbert, J.N., 387,55; 388,85,98 Ringstrom, B., 242,3 Riski, K.J., 41,12; 170,47 Rit, T.P., 616,58 Ritter, G., 335,18,19,39;

336,62,63,67 Rivarola, E., 573,54,56 Robbins, G.L., 223,55 Robbrecht, G., 508,205 Roberts, L.D., 223,40;

616,84,88,91; 617,76 Roberts, M.W., 437,34 Robie, R.A., 509,251 Robin, M.B., 508,224 Robinette, R., 55,13 Robinson, W.T., 616,54 Robles, L., 389,112,113 Rode, W., 284,10 Rodewald, C., 573,58 Rogers, K.A., 337,107 Roggwiller, P., 193,21; 226,134 Rohde, N.M., 337,97 Rohrbaugh, W.J., 616,93 Romani, G.L., 385,7 Romeijn, F.e., 194,28 Romhid, K., 616,64 Ron, M., 193,19 Rose, M.E., 170,28 Roseboom, M., 617,80 Rose-Hansen, J., 505,110 Rosenberg, E., 572,29 Rosencwaig, A., 170,46 Rosenkranz, A., 336,63 Rosenthal, A., 388,92 Ross, I.G., 335,2 Ross, P.N., 437,21; 440,131 Rossiter, B.W., 436,3 Rossman, G.R., 505,86,108;

506,120,124,125 Roth, S., 438,80 Rots, M., 169,16 Rottem, S., 387,53,54 Rousseau, D.L., 386,42 Routcliffe, P., 41,10 Rowbotham, P.J., 572,19;

574,103; 616,44 Rozenson, I., 503,8;

504,39,48,72,73; 508,216 Rubanik, M.Y., 441,/65,169 Riibartsch, A., 56.45 Rubin, A.B., 389,108 Rubinstein, M., 194,36 Ruby, S.L., 41,25; 54,3; 55,6,24;

75,6,9,29; 76,60; 193,7; 438,55; 573,62

Ruch, E., 439,115 Ruddick, J.N.R., 572,28,38 Rudnitskaya, E.S., 503,18 Rubenbauer, K., 55,19 Ruegg, F.C., 26,15 Ruegg, K., 194,47

Author Index

Riiegsegger, P., 75,24 Rundle, R.E., 574,94 Ruppin, R., 438,82 Ruse, D., 573,47,48 Rush, J.D., 386,43,44; 387,73;

388,82,83,84,93; 575,123; 615,13,27

Ruskov, T., 194,45 Russel, J.D., 504,46 Russell, D.C., 55,11 Russell, P.E., 507,190 Ruth, R.D., 55,27 Rutter, R., 386,21 Ruvolds, J., 509,242 Ryder, G.A., 337,91 Ryzhkov, A.V., 616,69

Sabatier, R., 640,20 Sacconi, L., 335,5; 336,74,75 Sadanaya, R., 505,92 Saegusa, N., 506,130 Saito, S., 441,172,174,175 Saitc, Y., 335,16 Sakai, H., 616,50 Saleh, S.A., 525,18 Sallam, H.A., 525,18,24,25 Salmeen, I. T., 386,35 Salmon, R., 285,56 Salvgin, A.N., 194,44 Sams, J.R., 224,73; 386,22,25;

572,28,38; 574,108 Sanad, A.M., 525,24 Sanchez, J.P., 284,37 Sand, L.B., 442,214 Sands, R.H., 55,17; 386,31,35 Sanner, I., 336,54 Sano, H., 284,35; 504,59; 616,50 Sansoni, M., 615,33; 617,74,75 Santoro, R.P., 509,250 Sanz, J., 503,24; 504,45,54 Sapundzhiev, T., 389,114 Sasaki, T.Y., 441.172,175 Satarova, L.M., 508,204 Sato, H., 284,12 Sato, J., 503,34 Sato, K., 503,34; 616,50 Saunders, W.B., 284,28 Savic, I., 194,46 Sawatzky, G.A .. 76,38; 439,100;

503,28 Sawicka, B.D., 242,31,32 Sawicki, J.A., 41,22; 242,31,32;

243,42,43; 442,205 Saxena, S.K., 505,85 Sayegh, L.S., 616,95 Sazanova, J.P., 441,173 Scorzelli, R.B., 506,133;

508,211 ,215 Schaafsma, A.S., 226,154 Scheidt, W.R., 386,24 Scheve, J., 441,/82 Schiffer, J.P., 5,7,9,17,18 Schindler, D.W., 504,61 Schlaak, H.G., 387,46

Schlemper, E.O., 572,36 Schliestedt, M., 505,116 Schmid, G., 617,79 Schmidbaur, H .. 615,26,37;

616,65,66,67 Schmidt, H., 503,13 Schmidt, K.P., 525,6 Schmidt, R., 572,40 Schodel, R., 438,85 Schroeer, D., 438,67,68,70,76 Schokten, J.C., 640,17 Schonfield, A., 440,137 Schrock, A., 336,48 Schuit, G.C.A., 44,184,189;

442,197,198,202,204 Schulz, C.E., 386,20,21; 388,80 Schulz, H., 616,62,63 Schumann, H., 573,58 Schunk, J.P., 242,6 Schwartz, K.B., 506,157; 508,226 Schwartz, L.H., 242,22 Scudder, M.L., 616,46(b) Searle, C.W., 508,222 Sears, P.L., 574,104; 615,29 Sedney, D., 284,14 Seidel, C.W., 54,3; 55,24,32,39;

242,11; 437,19,29; 439,89; 440,145; 442,224

Seidel, E.R., 224,88 Seifert, F.A., 503,21; 504,36;

505,87,93,104,105; 506,161 Seki, S., 335,12; 336,53 Sella, C., 226,142 Seitzer, H.E., 75,5 Semet, M .. 505,112 Senior, B.J., 573,74; 574,96,110 Sette Camara, A., 242,9 Sergeev, V.P., 574,109 Sergent, E.W., 506,153 Shaitan, K.V., 389,108 Shah, V.K., 387,68 Sham, T.K., 223,53;

572,21,23,33; 573,44; 615,/9; 616,89; 617,77,78

Shan, T.K., 503,23 Shannon, R.D., 440,156 Sharon, T.E., 55,43 Sharpe, A.G., 437,20 Sharrock, M.P., 388,79 Shchukin, N., 389,108 Shchukin, V.P.,

441,178,179,180,177 Sheldrick, G.M., 615,39; 616,45 Shenoy, G.K., 6,37,38; 41,15,33;

54,3; 55,7,30,31,41; 74,2; 75,9,10,12,13,16,20,22,25,29, 34,35; 76,38,42,46,60; 169,8; 193,7; 223,31,}2,56; 224,92,96,97; 225,103,104, 105,106,120,127,128; 226,163; 243,37; 284,22; 505,81; 573,68,70; 615,6; 616,57,87

Sherwood, R.C., 224,93; 616,83

Shigematsu, T., 242,5 Shima, M., 507,197 Shinjo, T., 439,104; 504,70 Shinno, I., 506,145,147 Shinohara, T., 75,23 Shiozaki, I., 508,228,231 Shipilov, V.I., 226,159 Shipko, M.N., 506,126 Shirane, G., 640,18,19 Shirley, D.A., 75,14; 76,55;

170,43; 223,24; 438,73; 504,59; 614,2

651

Shkarin, A.V., 439,119 Shlikhter, E.B., 439,122,123,124 Shpinel, V.S., 5,14; 439,122,123 Shtrikman, S., 194,43; 225,116;

508,221 Shtyrkov, L.G., 440,127 Shulman, R.G., 225,111 Shvech, 0.1., 508,213 Siegbahn, K., 222,3,4 Siew, N.P., 574,80 Sigalas, I., 525,5,22,26 Silber, S.K., 56,51 Silver, J., 573,77,78,79;

574,80,81,90 Silvestri, A., 572,24;

573,52,54,56 Silvis, H.C., 387,70 Sim, G., 337,109 Simanek, E., 640,22 Simanek, E., 76,51 Simhon, E.D., 387,71 Simkin, D.J., 194,42 Simmons, G.W., 242,8 Simons, T.G.K .. 441,189 Simopoulos, A., 76,58; 223,57;

225,117; 385,9; 387,71; 507,170,176; 508,209; 525,2,4,5,10,12

Simyar, A.W., 438,54 Sinfelt, J.H., 440,140 Singh, G.P .. 389,106 Singwi, K.S., 438,52 Sinha, A.P.B., 225,118; 226,147 Sinn, E., 336,48,55;

337,90,94,103,104,105,109; 616,54

Siratori, K., 226,148 Sivardiere, J., 225,101 Sjolander, A., 438,52 Skalkina, L.V., 440,154 Sleight, A.W., 170,39;

441,191,193,196 Smarra, N., 387,51 Smelkinson, A.E., 573,53 Smirov, G.V., 222,6 Smith, A.W., 337,107 Smith, B.G., 387,66,67 Smith, F.E., 336,62 Smith, F.W., 336,78 Smith, G., 505,118; 506,130;

507,163; 508,225 Smith, P.J., 572,10,12,34; 573,75

652

Smith. T.E., 503,23 Smith. W.V., 573.64 Smits, J.M.M .. 616,81 Snediker. D.K .. 26.15 Snyder. R.E., 75,6; 573,62 Soboroff, D.M., 615,32 Sobukawa, B., 441.174 Sofugawa, K .. 441.175 Sokolov, V.B., 616,69 Song, e., 438,51 Sorai, M., 335,12.32; 336,51.53 Soubeyroux, J.L.. 504,41; 640,20 Spartalian. K., 224.67; 385,2.12;

386.18.23.26; 387,47.51.67 Spiering, H., 169,11,15; 170.50;

335.15,28,35.36,38; 336,41,49,54,63

Spijkerman, J.J., 25,11; 26.15; 242,1; 437.27,36

Spina. G., 385.6 Spivak, S.D., 508.214 Sprenkel-Segel, E.L., 507.196 Srivastava, K.K.P., 41.10;

224,58,59,71.76; 385,13 Stampfel, J.P .. 224,68 Stanek. J., 243.42,43; 616.59,63 Stankevich, V. G., 225,124 Stapfer. e.H., 572.8 Staszica, S., 442,205 Staun-Olsen, J .. 508.212 Steggerda. J.J., 616,80 Steiner. M., 639,1; 640,24 Steffen, R.M .• 169,12; 222,3,4 Steinhauser, H.G .. 335.34.33;

336.50 Steinthorsson, S., 504,37 Stepanov, E.P., 222,6 Sternheimer, R.M., 193,1 1 Stevens, J.G., 6,21,22.23,24,38;

25,9; 26,17; 41,15,24,33; 75,33; 76,59; 169.8; 193.14; 225,120

Stevens. V.E., 6,21,22,23,24; 25,9; 41,24; 76.59; 193,14

Stewart, e.A .• 574,87 Stock. L., 504,43 Sti\hr, J., 224,96; 225,100 Stone, A.J., 55.28; 170,51;

503.20 Stone, J.A., 75,31; 225,108 Stone, W.E.E .. 503,24; 504,45,54 Strakhov. B.V" 439.96 Straub, O.K., 337.89 Stremple. P., 387.11 Strens, R.G.J., 508,207,225 Streusand, B., 335.11 Strobel. P., 508,228 Stroink, G., 504,60,71; 505,111 Stroubek, Z., 76.51 Strouse, e.E .. 335,17 Striihle, J .. 616,64 Stucki. J.W., 503,7 Stuiver. J.e.M., 442,199 Stynes, H.C., 336,45

Su, Z., 440,146 Sugano, S., 335,25 Summerville, D.A., 386,24 Sunyar, A.W., 74,1 Suran, e., 226,142 Suresh, D.O., 441,187,188 Sutton, G.J., 336.46 Suzdalev. J.P., 169,17; 170,56;

223.44,48; 226,133; 389,107,108; 436,4; 437,18,19; 438,53,62,63,78; 439,101,119,121; 440.125,126,127,128,129, 154,155; 44J,J70,194,195

Svetozarov. V. V., 224.62 Swartzendruber. L.J., 55,16;

242,20 Swanson. K.R .. 242.1; 437,36 Swenson. D., 387.71 Swerdlow, P.H., 388,87,88 Sylva, R.N., 336,59 Syono, Y .. 505.89 Szczyrba, J .• 504,49 Szego. L.. 334,1

Tachibana, T., 439,95 Tagliavini, G., 572,39,41 Taj. M .. 526.39 Takada, T .. 504,70 Takeda, M., 503.34; 505,76;

507.187; 525./3,34,35 Takei. H .. 509,251 Takemoto, J.H .. 335.10,11,31 Takeuchi. Y .. 506.137; 509,252 Tamas. F.D., 508,218 Tan, S., 441,166,167 Tanabe. Y .. 335.25 Tanako. M .. 226,148 Tarasova. V.M .• 441,173,176,178 Tarnoczi, T .. 335,22 Taylor. D.R., 640.21 Taylor. R.D., 169,1 Tennakoon. D.T.B., 508.217 Tennant, W.e., 337,86,87; 504,50 Teo. B.K. 387,70 Tepikin. V.E .. 504,52 Thiel, R.e., 640,12 Tholence. J.L., 226,142 Thomanek, U.F., 169.7; 386.17 Thomas. J.M., 437.10,34,37;

507,165; 508,217 Thomas. L.K.M., 574,91 Thomas, M.F .. 194.25: 640,1 1 Thomas. W.M .. 505.113 Thompson. C.L., 387,32; 387,45 Thompson. J.A.J .. 574,108 Thomson. J .0 .. 223.40;

617,76,84,88,92 Thornton. E.W .. 573,45,55 Thosar, B.V .. 6.40 Thranc. N .. 224,61,64,65; 437,25 Thundathil. R.V .. 194.49; 285,50 Tieckelmann. R.H .. 387,70 Tilley. R.J.D. 440,161

Author Index

Tinus, A.M.C., 640,8 Tite, M.S .. 525.11,17,31: 526,40 Tivek. A .• 503,23 Tiziani. A .• 242,25 Tjon, J.A., 223,26,27; 509,253 Tobias, C., 507.175 Tobler, L .. 194,46 Tok. G.e., 573,76 Tomandl, G., 226,143 Tomilov, S.B., 505.103 Tomina, T., 505,76 Tominaga. T., 284.12; 503.34:

507.187; 525.13,34,35 Tomkins, F.e., 441,182,183 Tomov, T .. 194,45 Tompa. K., 335.22 Tops0e, H .• 193./8; 226,139:

436,1: 437,14,15,16,25; 438,47,64; 439.111,1 12,1 /3,114,120; 442,205,206.207,208,209,211

Torardi, C .. 284,7 Townes, e.H .. 76,57 Townsend, M.J .. 507.179 Tramell. G,T., 170,30.31 Trautwein, A.X., 6,31; 25,8;

76,49; 169.6,8; 386.16,19; 387,75; 615,/0

Travis. J.C .. 25.11 Tremblay. R.J., 506,128; 507,179 Tressaud. A .. 640.20,23 Tricker, M.J .. 41,15; 242,14;

226.149; 437.34,37; 506,140,141,159: 507.165; 508,217; 572.4

Triftshauser, W., 222.11 Tripathi. R.P., 504.64 Triplett. B.G., 437,29 Trooster. J.M .• 438,12,83; 615,7;

616.58,71,72 Trozzolo, A.M., 223.34 Trumpy. G., 224,72 Truswell. A.E., 242.16 Tsang. e.P., 387,48 Tsin, T.B., 224,73: 386.22,25 Tsinoev, V.G., 616,69 Tsipis, e.A .. 337,100 Tse, M.W., 572,13 Tsuei, e.C .. 55,42 Tsyganov. A.D., 441,170 Tumolillo, T.A .. 55.12 Tumock, A.C .. 503,16; 505,85 Tweedle. M.F .. 226,158;

337,109,110.111 Tyabji, A., 616,6/ Tyagi. S .. 170,22; 385.13; 387,64 Tyliszezak, T .. 41,22 Tzara. e., 5,13

Uchida, Y .. 616.50 Uebelhack, H., 338.86 Ulrich. F,J., 441,/82 Ure. M.C.D .. 170,53

Author Index

Vaishnava, P.P., 226,149; 506,141

Vance, E.R., 505,lI8 van der Berg, J.P., 616,7/ van der Helm, D., 573,42,49 van der Kelen, G.P., 616,65,66 van der Steen, G.H.A., 442,204 van der Velden, J.W.A., 616,72;

617,73,79,80.81 van der Vondel, D.F., 616,65,66 van der Voort, P.H., 337,80 van der Woude, F., 76,38; 194,37;

223,23,47; 225,lI4; 226,154 Van Deventer, M.M., 438,83 Vandickelen, R., 505,75 van Diepen, A.M., 194,32.33 Van Eijkeran, J.e.H .. 438,83 Van Espen, P., 55,20 van Kempen, H., 616,55 van Koten, G., 572,24; 615,17 Vannice, M.A., 440,144 van Rossum, M., 525,6 Vansant, E.F., 55.20 Van Sintfiet, T.H., 442,204 Van Steenwijk, F.J., 226,137 Van Uitert, L.G., 224,86 Van Wieringer, J.S., 438,81 van Zorge. B.e., 223.47 Varma, M.N., 437,43.44 Varnek, V.A., 574,105 Varret, F., 170,35; 225,98;

509,243,244 Vasan!, E.F., 504,75; 505,75 Vassilev. T., 389,114 Vasudev, P .. 574.99 Veorine, Le., 441,162 Vegh, J., 56,54 Vegiers, T.P.A., 616,58 Veith, J.A., 507,174 Venuto, P.B., 442,212 Venyaminov, S.A ..

441,173.176,177,178.179.180 Vergnano, P.A., 615.23,25 Verhaert, I., 504,75 Vertes, A., 223,50; 224,77;

508,218 Verwey, E.J.W., 194.26.27,28 Viccaro. P.J., 225,127,128 Viegers, M.P.A., 438,83;

615,7,10; 616,55 Vielvoye, L., 503.24; 504.42,45 Viljoen, E.A., 506.158 Villain, J., 639,1 Vincent, D.H., 5,7.10,15; 193,4 Vincze, I., 226,154 Vinogradov, I. A., 170,56 Virgo, D., 504,36; 505.79;

506,143.156 Visscher, W.M .. 169,1 Viste. A., 76,47 Vitale, S., 385,7.8 Vogel, G., 437,17 Vogel, H., 169,15; 170,50 Vogel, W., 440,136

Vogt, F., 438,85 Vollenbroek. F.A .. 616,71.72.81 Volter, 1., 440,148 Voorheove, R.J., 442,199 Voskresenskaya, I.E., 506,126 Vuoria, M., 616,55

Wadley, L.G.B., 284,20.21 Wagner, e.E., 224,84 Wagner, F., 506,154 Wagner, F.E., 6,37; 74,2;

75,5,12,16,20.22.25,30.34; 76,38,42,45.46,60; 170,34; 525,19; 573,70; 615,16,18,26.37; 616,52,57,65.66,87

Wagner, H., 509,240 Wagner, U., 76,42; 525,19;

615,16; 616,52 Wagner, W., 224,96; 226.166 Wakita, H., 507,187 Walch, P.F., 76,53 Walcher, D .. 76,44 Walker, J.e., 222,8 Walker, L.R., 74,3 Wall, D.H., 573,71 Wang, G.W., 224,74 Wang, S.T., 508,222 Wanklyn. B.M., 640.9 Wappling, R., 76,45; 170,36;

194,34; 503,19; 504,51; 615,18

Warren, S.E., 525,16,30,37; 526,38

Warrick, L., 387,72 Waszczak, J.V., 387,70 Watanabe, H., 75.23; 223,45 Waterman, H., 337,83 Watkins, R.E.J., 243.46.47 Watson, K.J., 284,6 Watson, R.E., 615.19;

616,89.90.94; 617,77,78 Weber, F., 504,61; 507,181 Weber, J.T., 75,8 Weber, M.A .. 283,2; 284,7 Wegener, H., 223,18 Wegner, P.A., 615,20 Weidner, J.R., 505,96.101 Weiher, J.F., 441,196 Weiss, A., 616,86 Weissberger, A., 436.3 Weisz, P.B., 436.1; 442,212 Wells, A.F., 574,92 Wells, P.B., 441,IB2,I83 Wender, S.A .. 55.26,27 Werber, M.M., 388,100 Wernick, J.H, 224,83; 616,83,85 Wertheim, G.K., 6,26; 25.1; 54.2;

74,3; 193,1; 223,35; 225,1 ll; 437,12; 616,85

Wertheimer, M.R., 508,230 Weser, U., 387,45 West, D., 41,/4

West, K.W., 224,87; 616,85 Westlake, D.G., 225,127.128 White, A.H., 335,2,4;

337,83,86.90.102 White, e.e., 505,lI1 White, R.M., 6,24; 41,24 Whitehead, A.B., 5,17 Whitfield, H.J., 337,84 Whitney, D.L., 284,30 Whittaker, E.J.W., 505,106 Whittle, R.L., 616,42 Whitton, W./ .. 336,77 Wickman, H.H .. 193,13.15;

223,24,34,55; 224,82.84; 438,73

653

Wiedemann, W., 225,121,122; 437,26

Wiesner, E., 438,85 Wiewiora, A., 504,49 Wijnhoven, J.G., 616,43 Wildermuth, G., 284,43 Wilenzick, R.M .. 55,1 1;

438.76.77 Wilke, W., 440,137 Willett, R.D., 284,44; 285,45 Williams, A.F .. 615,9.25 Williams. I.L., 440,141 Williams, J.M., 387,52; 507 ,169 Williams, P.G.L., 169,20;

503,lI,16,30 Wilson, I..J., 226,158;

337,1OB,J09,lIO,lIl Wilson, M.J., 507,172 Wilson, W., 55,16 Window, B., 41,10; 55,44;

224,68; 226,161; 243,40.41; 387,50

Windsor, C.G., 639.1 Winkler, H., 55.33; 386,21 Winterberger, M., 640,20 Winterbottom. A.P., 437,37 Wintergerst, B., 169,7; 386,17 Winterhalter, K.H., 388.86 Wintersteiner, P.P., 222,13 Winzer, A., 438,85 Wit, H.P., 41,28 Wittek, P., 387,61 Wivel, C., 56,48; 442,208,209 Wohlleben, A., 615,37 Wohlleben-Hammer. A., 615.26 Wolfe, H.C., 194,30 Wolff. T.E., 387,72 Wong, H., 284,38 Wong, K.L., 224,73; 386,22 Wood, D.L., 506,121 Wood, E., 574,99 Woodhams, F.W.D., 41.8,9,32;

55,25; 440,158; 504,46 Woodward, P .. 615,36 Woodworth, R .. 387,49 Wortmann, G., 170,34; 615.18 Wu. C.S., 224,74; 386,14;

388,87.88 Wu, e.T .. 55,17

654

Xavier, A,Y" 386,36,38 Xia, K,D., 507,200

Ya Gen, M., 438,78 Yagi, K., 507,197 Yamamoto, H., 75,23 Yamanaka, T., 505,92; 509,252 Yamaoto, H., 223,45 Yampol'skin, Y.P., 439,121 Yanovsky, R., 225,102 Yariv, J., 387,54;

388,100,101,102 Yassoglou, N.J., 507,170,176 Yates, G.K., 389,110 Yelon, A., 504,69; 508,230 Yen, C.S., 386,14; 388,87,88 Yershova, Z.P., 505,99

Yi, W.X., 507,200 Yonetani, T., 385,12; 386,18 Yoshihashi, T., 284,35 Yoshino, T., 441,174,175 Yoshioka, T., 438,84 Yurchenko, E.N., 574,106

Zahn, U., 75,21,28,30 Zalkin, A., 616,70 Zang, P.H., 507,200 Zayats, A.P., 508,213 Zelentsov, Y.Y., 226,159 Zemcik, T., 508,203 Zentilli, M., 504,71 Zgorzalla. W., 387,46 Zhabrova, G.M., 439,119 Zhang, E.L., 506,149

Author Index

Zheludev, I.S., 506,127 Zhigailo, Y.Y., 441,169 Zhou, W.N., 507,200 Zimmermann, R., 169,4,9;

170,54; 388,76,77 Zinn, W., 225,121,122 Zory, P., 169,21; 504,67 Zubieta, J .A., 572,5 Zuckerman, J.J.,

572,5,9,11 ,15,29; 573,42,47,48,49,58; 574,88; 575,120

Zukrowski, J" 226,135 Zuur, A,P., 337,82 Zvenglinskii. B., 5,14 Zvyagin, B.B., 503,18 Zwaga, c., 442,204

Subject Index

Absolute calibration, 38 Absorber line shape, 44 Absorber matrices, 107, II If, 118, 123,

134, 149, 157 Absorber thickness, 18, 33, 609 Absorption probabilities, 106, 174 Absorption profile, 51 Acetylene, 409 Acmite, 468 Aconitase, 357 Acoustic stimulation, 384 Acraldehyde adsorption, 424 Acrolein adsorption, 418, 423 Acrolein synthesis, 427 Acrylonitrile formation, 418, 423 Actinolites, 471 Active nuclides, 9, 14f Adiabatic demagnetization, 394 Adiabatic transitions, 201 Adsorption, 407, 424 Aegirine, 467f Alkali iodides, 67 Allanite, 467, 476 Allophane, 464f Alloy conduction bands, 612 Allyl complex, 423, 425 Almandine, 467, 478, 493 Almandine garnet, 451, 496 Aluminosilicate, 443 Aluminum oxide, 396, 399£, 412 Aluminum phosphate, 283 Aluminum promoted oxides, 412 Ammonia, 368, 399 Ammonia adsorption, 407 Ammonia matrices, 555 Ammonia synthesis, 404f Ammoxidation process, 422f, 434 Amorphous alloys, 52 Amorphous silicates, 450 Amorphous thin films, 236 Amphibole, 454, 467, 469f, 495 Andalusite, 479

655

Andradite, 478 Andrite, 467 Anisotropic I-factor, 99, 119, 133, 136,

146 Anisotropic magnetic interaction, 620 Anisotropic vibration, 77 Anisotropy energy, 179, 182 Anisotropy field, 623f, 630f Anisotropy frequency, 623 Anisotropy parameters, 129, 132, 137,

148 Annite,463 Ant movement, 384 Anthophyllite, 466, 470 Antiferromagnetic coupling, 352 Antiferromagnetic linear chains, 620 Antiferromagnets, 179f, 273, 283 Antigorite, 460 Antimony-l2l, 66, 418, 566 Antimony halides, 72 Antimony iron oxides, 422f Antimony isomer shift, 558 Antimony oxide, 66 Antimony tin oxide, 418f Antimony uraniun oxide, 424, 426 Antishielding factor, 449 Applied magnetic fields, 24, 51, 151,

175f, 179, 182, 188, 196,205,252,256, 265, 326, 346£, 355, 360, 370, 524, 620, 625, 632f

Aquamarine, 474 Archaeological materials, 511f Archaeological soils, 523 Arfvedsonite, 495 Arthritis, 589 Artifical mineral transformations, 479,

483f Asbestos, 619 Asymmetry parameter, 22, 73, 77, 82£,

87,125,128,131,137, 139f, 158f, 167f, 210,461,464,535,543

Atomic displacements, 118

656

Au-, 607 AuCI4-,41O Au(CN),-, 410, 581 Au(CN). , 596 AuL,X, 585 AuL4X, 585 AuL2X, 586, 591 Au(PR3)X, 582 AuX, 596, 598, 600, 610 AuX., 410, 611 Au2X62-, 600 Auditory physiology, 384 Auger electrons, 35, 227, 235, 392 Augites, 468 Auride ion, 607 Austenite, 232 Average effective field, 197 Awareness diagrams, 50 Axial crystal texture, 116, 137f, 146 Axial field gradient, 106, 141, 189 Axial hyperfine Hamiltonian, 107 Axial symmetric distortion, 212 Axial symmetric texture, 107, lll, 137 Axial tin bonds, 538

BaFeSi40 IO , 452 BaSn03, 11, 20, 528 Babingtonite, 473 Back donation, 70 Background curvature, 32 Backscattering detectors, 35 Backscattering spectra, 27, 517 Backscattering techniques, 396 Band populations, 612 Bariun ruthinate, 411 Barium stanate, 11, 20, 528 Basic principles, 7f Basic spectrometer components, 9 Berlinite, 283 Berthierine, 491 Beryl, 473 Bessel functions, 152 BiiFe04)(Mo04)" 428 Bi2 Mo06 , 424 Bimetallic catalysts, 413 Binomial distribution, 448 Biocidal activity, 530 Biological data analysis, 344 Biological dynamics, 388 Biological magnetic hyperfine

interactions, 349 Biological movement, 381 Biological sample requirements, 342 Biological systems, 339f Biotite, 453, 455, 462, 467, 481, 486, 491,

493 Bipyridine, 245f

Subject Index

Blackness distortion, 51 Bloch equations, 200, 204 Blocking temperature, 178,512 Blood, 345f, 374f, 378 Bond character, 67 Bond multiplicity, 67 Bond overlap, 67 Bonding in tin, 527f Bone samples, 379 Boson statistics, 624 Breit-Wigner line shape, 200 Brillouin function, 178, 630 Bronze coins, 520 Brucite, 456, 467 Butadiene adsorption, 424 Butadiene formation, 424 Butene oxidation, 424

Ca2Fe20" 429 CaSn03, 527f Calcareous clay, 483, 514 Calcination, 394, 400, 418 Calcium iron oxide, 429 Calcium stanate, 527f Calibration, 38, 60 Calorimetric measurements, 265 Carbon-14 dating, 512 Carbon dioxide chemisorption, 408 Carbon monoxide hydrogenation, 413f Carbon monoxide oxidation, 408 Carburization, 235 Carpholites, 469 Catalysis, 391f Catalytic function, 341 Cation disorder in minerals, 447f Cement, 484 Ceramics, 483, 5llf Cesium-133, 340, 379 Chain silicates, 465 Channeltrons, 38 Chaotropic agents, 358, 363 Charge compensation, 612 Charge density, 80 Charge distribution, 82 Charge hopping, 74 Charge screening, 238 Chemical environment, 21 Chemical isomer shift, 65f Chemisorption, 391, 394 Chinese ceramics, 517 Chlorite, 456, 464, 467, 482, 512 Chloritoid, 467, 479 Chloroplasts, 371 Chromium nickel steel, 232 Chromium steel, 230f Chrysotile asbestos, 460f Circular birefringence, 90

Subject Index

Circular dichroism, 77 Circular polarization, 92 Clauser-Blume theory, 201, 203, 209 Clays, 460f, 480f, 512 Clay transformations, 513 Clebsch-Gordan coefficients, 96, 103,

173,201 Clinopyroxenes, 468f, 470 Clintonite, 461, 464 Close packed arrays, 444 Cluster calculations, 72f Clusters, 497, 603f CoMo,S4,431 Co(pyridine),CI" 265f Cobalt-57, 11,349,367, 384 Cobalt-61, Ilf Cobalt molybdate hydrodesulfurization,

398 Cobalt oxide, 398 Cobalt sulfides, 430f Coercivity,514 Cold rolling, 232f Cold working, 232f Collective spin-flips, 207 Complete neglect of differential overlap,

326 Compression, 236 Compton scattering, 34 Computer fitting programs, 19 Conalbumin, 364 Conduction, 71 Conduction band, 560, 611 Conductivity, 486, 560, 619 Conservation of angular momentum, 88 Constant acceleration, 16, 27f Conversion coefficient, 33 Conversion electron Mossbauer

spectroscopy, 64, 227f, 396f, 517f Conversion electrons, 27, 35 Conversion X-ray Mossbauer

spectroscopy, 227f, 517, 521 Cooperative phase transitions, 251 f Cooperative spin-coupling, 294 Cooperative spin alignment, 176 Coordination chemistry, 245f Coordinative unsaturation, 247 Cordierite, 467, 474 Correlated spins, 620f, 626 Correlation length, 633 Corrosion, 228 Coulomb interaction, 57f, 71, 209 Counting chain, 32 Covalency effect, 69, 324 Critical fluctuations, 210, 626, 637 Critical opalescence, 626 Critical superexchange, 207 Critical superparamagnetism, 207

Crocidolite, 472, 491, 493 Cronstedtite, 460, 467, 486, 489, 491,

493f Crossite, 495 Crown ethers, 561 Crustal composition, 444 Crustal element abundance, 443 Crystal field theory, 209, 449

657

Crystal field theory parameters, 212, 214, 216,287f

Crystalline silicates, 450 CsFeCI,'2H20, 620 Cubane structure, 358 Cubic close packed structure, 185 Cubic interpolation algorithm, 40 Cummingtonites, 470f Curie point, 24, 176, 188,206 Curie-Weiss susceptibility, 627 Cyanobacteria, 373, 379 Cyclosilicates, 467, 473 Cysteine, 354, 358 Cytochromes, 345, 351, 372

Data analysis, 344 Data collection, 30 Data reduction, 43f Data refinement, 43f Debye model, 131,549,609 Debye temperature, 394, 473, 609 Debye-Waller factor, 24, 77f, 89, 96,

101,107,118,120,122, 124f, 128, 133, 144, 147f, 289, 327, 330

Decarburization, 235 Deerite, 473, 489 Degrees of freedom, 48 Dehydrogenation of butane, 416, 418 Delayed coincidence, 200 Demagnetizing factor, 175 Density fluctuations, 626 Deoxyhemoglobin, 348[' 375[' 383 Deoxymyoglobin, 78 Detectors, 18, 33, 580 Deuteration, 317 Diagenesis, 480 Dichroism, 90 Diffusion coefficient, 382 Diffusional degrees of freedom, 383 Diffusional motion, 382 Digestion of iron, 379 Dioctahedral sheet silicates, 451,461 Diopside, 456f, 466, 469 Dipolar field contribution, 188, 190 Dipolar interaction, 175 Dirac equations, 63 Dirac-Fock densities, 63f. 66, 70 Domain magnetization, 174, 176 Domain wall, 178,636

658

Doppler effect, 27 Doppler modulation, 396 Doppler shift, 16 Doppler velocity, 19f, 44, 59 Doppler width, 1 Drive linearity, 19 Dynamics, 382 Dysprosium metal, 38 Dzyaloshinsky interaction, 185

Easy axis of magnetization, 176, 180[, 185, 188

Effective absorber thickness, 44, 50 Effective field, 174f, 197[, 204, 628 Effective field approximation, 21lf Effective mass, 549 Effective nuclear charge, 60 Egyptian pottery, 517 Elastic crystal lattice, 30 I, 310, 317 Elbaite, 475 Electric field gradient distributions, 447 Electric field gradient orientation, 77f Electric field gradient sign, 77, 144, 148f,

159, 167,252,256, 283,466 Electric quadrupole transition, 78, 96f,

104, 108, 111[, 136, 155 Electron accelerator, II Electron attenuation coefficient, 228f Electron delocalization, 485, 611 Electron detection, 37 Electron energy loss, 37 Electron hopping, 187.398,460.473,

485, 487, 494 Electron microscopy, 392,405,514 Electron spectroscopy for chemical

analysis, 392, 602 Electron spin resonance, 77, 196,289,

334, 369, 373, 461, 628 Electron transfer, 351, 474, 485f Electron unbalance. 73 Electronegativity, 67f, 530, 556, 603, 606f Electronic configuration. 62[' 611 Electronic density. 59f Electronic density calculation, 71 Electronic exchange, 475, 483f Electronic field gradient, 21 Electronic glass transition. 487 Electronic probability density, 21 Electronic relaxation, 187f Electronic spin moment, 175 Electrostatic interaction, 20 Elements studied, 9, 14f Emission spectrocopy. 430 Energy dispersion, 15 Energy distribution, 7 Enriched samples, 343 Enstatite, 465f

Enzymes, 339, 341, 386f Epidote, 467, 475 Equitorial tin bonds. 538 Escape depth, 227 Etruscan pottery, 518

Subject Index

Euler angles, 82, 89, 96, 108, 115, 118, 127, 141, 143, 156, 158, 160

Europium-151, 60, 83, 88, 125, 132f, 135, 340, 379, 410

Europium intermetallic compounds, 398 Europium nitrate, 411 Europium sulfate, 485 Europium titanium oxide, 125[, 132f Exchange energy, 182 Exchange field. 630 Exchange frequency, 623 Exchange Hamiltonian, 622 Exchange integral, 179,620 Exchange interaction, 175. 193,276,619 Exchange magnetic coupling, 492 Excited state nuclear spin, 8 Excited state quadrupole moment, 8 Experimental measurement time, 198 Extended Hiickel calculations, 72 Extended X-ray absorption fine

structure, 368

Hactor, 13, 78, 235, 382, 394. 453. 473, 549, 579, 609

J-factor coefficients, 78, 149, 156, 160f Fast convergence, 51 Faraday rotation, 90 Fast spin relaxation, 51, 178 Fayalite, 466f, 477, 491, 493, 495 Fe(AI)(NH4)(S04h·12D20, 204f FeAll)4,412 Fe(alkyltetrazole)6X" 329f FeAr", 72 FeAs04,424 Fe4 Bi,09' 424 Fe(bipyridinehCI" 246f Fe(bipyridine),(NCSj" 267f Fe(bipyridine)X" 247 Fe(bipyridinej,X" 246f Fe(bithiazolineh(NCSh, 297, 327 Fc,C, 241, 409 Fe,C,,241 FeCl",72 FeCI:! - , 268, 271f FeCI,; ,288 FeCl,·2H 20,619 FeCI,'4H,O, 125, I 39f, 143f Fe(CN)~, 288 FeCO" 153 Fe(Co)(phenanthroline),(NCS)" 303f Fe(Co)(picolylamine),X" 319

Subject Index

Fe(N ,N' -dicyclohexylthiourea).(CIO.h. 251f

Fe( diethyldithiocarbamato hN 0, 178f Fe(dithiocarbamotol" 288, 333f FeF2,628f FeF3,628f FeF .. , 628f FeF52-, 62Of, 637 FeF.3-,72 Fe2(MoO.)3, 273f Fe(NH3)tX2, 253 Fe(H20)~+ , 288 Fe(H20MCIO.h, 251f Fe(H20).(BF.h. 251f Fe(Mg)O,405 Fe(Mn)(phenanthroline )2(N CS)" 30 I f Fe(Mn)S2' 301 Fe(Mn)Se2, 303 Fe(Mn)Te2, 303 Fe.N,241 Fe(NH.),(SO.),,6H20, l64f Fe(N2H,)(SO.h. 620 Fe(Ni)(phenanthroline),(NCSh. 303f Fe(N03k9H20, 205f FeO,407 Fe203, 17,24, 189,229, 377f, 398f, 405f,

423, 512, 514, 518, 523 Fe30., 185f, 229f, 459, 485, 490, 514 Fe30. films, 229 Fe(OH),,491 Fe(OH)3, 400, 405, 482 FeOOH, 365, 398, 400, 512, 514 FePO., 19Of, 281f, 424 FePS2, 131 Fe(phenanthrolineH+, 288 Fe(phenanthroline),(NCS)" 291f Fe(phenanthroline)X2 , 246f Fe(phenanthroline),X2, 246, 291 Fe(picolylaminel,X2 , 297 Fe(pyridine).X2 , 255f Fe(pyridinehX2, 260f, 264f, 267f FeS2,301 Fez(SO.)3, 190, 192, 273f FeSbO., 423f FeSn2, 235, 242 Fe(terpyridine)CI2, 248 Fe(terpyridine)X2 , 246, 248 Fe(thiazoline)2X2, 327f Fe(tripyridyl-s-triazine)CI2, 249f Fe(tripyridyl-s-triazinehCI2, 249 [Fe(tripyridyl-s-triazine)CI2lO, 249 FeX2,68 FeX2'xH20, 68 Fe(X-phenanthroline),X2 , 322f Fe(Zn)(picolylaminel,X2, 306f, 312f Feldspars, 459 Feridiopside, 469

Fermi contact term, 175 Ferredoxin, 341, 354f, 368, 371 f Ferric aluminosilicates, 482 Ferric ammonium sulfate, 204f Ferric hemin, 205f Ferric molybdate, 273f Ferric nitrate, 205f Ferric sulfate, 190, 192, 273f Ferric phosphate, 190f, 283, 424 Ferricytochrome c, 351 Ferrimagnetism, 279 Ferriphlogopite, 451 Ferripyrophyllite, 450f, 461f, 467, 491,

493,494 Ferrite, 232 Ferritic steel, 232 Ferritin, 364f, 375, 380 Ferroactinolite, 466f Ferrobustamite, 469 Ferromagnetic gold alloys, 579 Ferromagnetism, 189f Ferromagnets, 175, 178f Ferrosilite, 468 Field precession, 176

659

First order phase transitions, 189, 251, 266, 292f

Fischer-Tropsch catalysis, 413 Fluvio glacial sediments, 481 Folded spectral data, 40 Footner process, 230 Forstirite, 466, 477 Fourier transform, 51 Framework silicates, 459 Free ion self-consistent field calculations,

62 Free ion wave functions, 63 Frequency distribution, 7, 48

Gadolinium-156, 78, 135, 137 Gadolinium titanium oxide, 135, 137f Gamma irradiation, 299 Garnet, 429, 477, 483 Gas proportional counter, 18, 33f Gas proportional detector, 18 Gaussian line shape, 48 Gedrite, 471 Geochemical iron cycle, 480, 498 Geochronology, 484 Geothermometry, 446f Germanium solid state detector, 18, 33,

580 Gibbs free energy, 287 Gillespite, 452, 474 Glaciation, 481 Glauconite, 462. 482, 491 Glaucophane, 471 Glozel tablet, 520

660

Gold-197, 65f, 111f, 171,410, 577f Gold(I), 65, 69, 580£ Gold(II), 598f Gold(II1), 69, 594f Gold(V), 603 Gold applications, 588, 597 Gold chelates, 600 Gold clusters, 603f Gold coordination number, 581[, 585 Gold disproportionation, 598 Gold electronic configuration, 611f Gold(I)-gold(III) comparison, 597 Gold(I)-gold(III) correlation, 597, 613 Gold halides, 68, 582 Gold intermetallics, 606f Gold isomer shift, 66, 578 Gold mixed valence compounds, 599f Gold organo complexes, 580f, 596f Gold phosphorous bonds, 587 Gold quadrupole moment, 612 Gold recoil free fraction, 609f Gold thiolates, 589f Goldanskii-Karyagin effect, 78, 89, 118,

120[' I 24f, 130f, 134f, 394, 410 Goodness of fit criteria, 48 Grain boundaries, 518 Grandidierite, 452 Granulometric fraction, 460 Gravitational red shift, 2 Greek pottery, 518 Greenalite, 461, 467, 491f Grossularite, 479 Ground state nuclear spin, 8 Grunerite, 453, 466f, 470f, 491, 495 Gyromagnetic ratio, 24, 177

Hafnium, 4 Hartree-Fock equations, 62 Harwell subroutine library, 45 Hastingsites, 472 Heat capacity, 289, 294, 627f Hedenbergite, 466f, 469 Heisenberg antiferromagnet, 638 Heisenberg exchange, 622 Heisenberg linewidth, J3 Heisenberg uncertainty principle, 13 Hematite, 38, 189, 229, 377f, 482, 495,

512f,517 Heme proteins, 345f Hemichromes, 375f Hemoglobin, 345f, 374[' 380 Hemosiderin, 365, 375, 378 Hemosiderosis, 378 Hermitian density matrix, 92 Hermitian matrices, 91 Hermitian operators, 202 Heterogeneous catalysis, 391f

Subject Index

High spin complexes, 23, 67, 291[' 445 Histidine, 345, 348 History, 2 Holmquistite, 471 Hooke's law, 29 Hormones, 345 Hornblende, 471, 481 Hiickel calculations, 72 Hund's rule, 208 Hybridization coefficients, 67f, 537, 548,

565, 581f, 588f, 6l2f Hydrocarbon ammoxidation, 417 Hydrocarbon synthesis, 399 Hydrodesulfurization, 398, 428f Hydrogen bonding, 252, 316f Hydrogen production, 371 Hydrogen sulfide adsorption, 407 Hydrogenase, 371f Hydrogenation, 413 Hyperfine coupling constant, 216 Hyperfine Hamiltonian, 107 Hysteresis, 189,289,292,299,327,329,

492

Icelandic lavas, 459 Ideal absorber thickness, 18 Illites, 462, 512 IIIitic clay, 514 I1vaite, 467, 476, 483, 486f, 491, 493, 496 Index of refraction, 90, 95f, 98f, 104, 151 Indian pottery, 518 Inelastic neutron scattering, 627 Intensity matrix, 78, 105, 109, III, 122,

147 Interaction Hamiltonian, 51 Interferometric calibration, 39 Intermediate spin complexes, 291, 306,

351 Intermetallic gold compounds, 606f Intermolecular vibrations, 118 Internal conversion, 99 Internal conversion coefficient, 8 Internal conversion electrons, 396 Internal field, 174[' 276 Internal magnetic field, 21 Interstitial sites, 185 Intervalence charge transfer, 485 Intrinsic germanium detector, 18 Inverse spinel structure, 185 Iodine-I27, 340, 367 Iodine-129, 67, 340, 367, 566 Iodine biological compounds, 367 Iodine compounds, 73 Ion implanted alloys, 236f Ionic radii, 445 Ionicity, 67 Iridium-191, 1, 60, 69

Subject Index

Iron-56, 372 Iron-57, 12f Iron(IV), 351 Iron aluminum alloys, 238 Iron(II) ammine complexes, 253 lron(III) ammonium sulfate, 204f Iron antimony oxides, 422f Iron calcium oxide, 429 Iron carbide, 232, 409 Iron chromium alloys, 235 Iron chromium molybdenum oxides, 427 Iron citrate, 380 Iron clusters, 238 Iron coordination chemistry, 245 Iron copper alloys, 239 Iron digestion, 379 Iron diimine complexes, 245, 247 Iron dispersions, 434 Iron-57 enrichment, 18, 343, 384, 396 Iron foil calibration, 17, 19, 174, 228f Iron-gas interface, 408 Iron gel, 180 Iron geochemical cycle, 480 Iron germanium films, 236 Iron halides, 68 lron(III) hemin, 205f Iron-57 history, 2 Iron(I1I) hydrolysis, 232 Iron(1I) hydroxide, 491 Iron(III) hydroxide, 230, 482 Iron imine complexes, 246f Iron limit of detection, 343 Iron metabolism, 380 lron(III) molybdate, 273f Iron(III) nitrate, 205f, 400 Iron nitrides, 232 Iron on MgO, 405 Iron palladium clusters, 413f Iron(lII) phosphate, 190[' 281f Iron(1I) phosphate hydrate, 230 Iron platinum clusters, 413f lron(II) pyridine complexes, 255f, 260 Iron-silica gel, 404 Iron-silicon, 413 Iron silver alloys, 238 Iron site preference, 459 Iron storage compounds, 345, 364, 380 Iron(III) sulfate, 190, 192, 273f Iron sulfur compounds, 345 Iron sulfur proteins, 351f Iron transport compounds, 345, 364, 380 Iron triimine complexes, 246, 248 Ising system, 638 Isoelectronic pairs, 70f Isomer shift, 57[, 261, 275f, 295f Isomer shift calibration, 60, 71 Isomer shift scale, 556

Isomer shift standards, 19 Isomeric excited states, 8, 13 I sotropic crystals, 621 Isotropic Debye-Waller factor, 125 Isotropic exchange, 317f Isotropic J-factors, 139, 148 Isovalent pairs, 70f Iterative least squares analysis, 45

Jadeite, 456, 468 Jahn-Teller effects, 208, 252 Japanese roof tiles, 516

Kaolinite, 460f, 481 KAu(CNh, 125, 144f KAu(CN)4, 596 KAu(CN)6' 139 KAu(CNhX2 , 596 K2FeF5 , 620, 628, 637 KFeF4,628 K2Fe20 4, 207f Kiln atmosphere, 516 Kinematic red shift, 2 Kirschteninite, 466, 477 Kosmochlor, 469 Kramers doublet, 84, 103, 204f, 215f,

218f Kramers ion, 51, 21 I Krypton, 34 K2SnF6 , 555, 557 Kyanites, 479

L-type ferrimagnet, 276, 283 Lacloferrin, 364 Lacustrine, 481 Laihunite, 467,477,486, 491, 493, 496 Lake sediments, 481f Lanthanide elements, 15

661

Larmor precession frequency, I 76f, 197, 204,211,512

Laser interferometer, 20 Lattice contribution, 23 Lattice defects, 74, 237, 295f, 299, 459,

489 Lattice dynamics, 317 Lattice vibrations, 609 Least squares minimization, 44f, 52 Legendre polynomial, 146 Ligand field energy, 287f Ligand field potential, 305, 326, 333, 364 Ligand field splitting, 287f Limit of detection, 344 Line broadening, 176 Line intensity, 173 Line positions, 83, 87 Linear chain polymers, 255 Linear chains, 620

662

Linear polarized source, 151 Linear ramp, 29 Linearity, 19 Lineshape, 25 Liouville operators, 201 Liquid-gas critical point, 479 Lorentz field, 175 Lorentzian distribution of fields, 47 Lorentzian lines, 46, 100, 153, 382, 448 Lorentzian lineshape, 44, 200 Low dimensional magnetism, 619 Low energy electron diffraction, 392 Low spin complexes, 291 Lunar rocks, 446, 451, 459, 481 Lunar soil, 481 Lung samples, 377

Macroscopic movement, 384 Maghaemite, 523f Magnetic anisotropy, 178,401,491 Magnetic circular dichroism, 77 Magnetic crossover, 287 Magnetic dipole interaction, 173 Magnetic dipole transition, 24, 78, 96f,

104, 108, II If, 125, 134, 155, 162, 172 Magnetic field direction, 173 Magnetic hyperfine interactions, 24, 165,

236f,627f Magnetic moment, 181,236,276,292,

299f, 310f, 400, 493 Magnetic order in minerals, 490f Magnetic phase transitions, 196,245,

273, 287 Magnetic relaxation, 496 Magnetic sublattices, 180, 190 Magnetic susceptibility, 178, 180,273,

289f, 307f, 316f, 327, 334, 347, 482, 490,627

Magnetite, 185f, 229f, 459, 485, 490, 514 Magnetite films, 229 Magnetization, 175f Magnetization direction, 24 Magnetization easy axis, 176, 180f, 185,

188 Malaria, 376f Marine sediments, 481 Marquardt method, 45 Martensite, 232 Matrix isolation experiments, 63, 527,

555 Mean field approximation, 621 Mean lifetime, 13 Mean square displacement tensor, 125,

128, 13lf, 135, 137f, 156, 160, 162 Medical applications, 341, 374f Membranes, 343, 379, 384 Mercury, 4

Metabolism 342, 379f Metal dilution, 301, 312f

Subject Index

Metal insulator transitions, 74, 196 Metallurgy, 232 Metamagnetic behavior, 266 Metamorphic rocks, 471 Meteoric impact minerals, 459 Meteoric iron, 443 Methanol adsorption, 407 MgO,404 Micas, 464, 470, 48 [, 483 Michelson, interferometer, 39 Microcomputers, 54 Microcrystalline iron oxides, 402 Microcrystallites, 399f Microdomains, [89 Microorganisms, 342 Microphase separation, 458 Microprocessors, 31f Mineral glossary, 499f Mineral magnetic order, 490f Mineral weathering, 481 Minerals, 443f Minimum linewidth, 14 Minnesotaite, 451, 459, 467, 491, 493 Minoan pottery, 515 Misfit, 48 Mixed multipole radiation, 155 Mixed oxide crystals, 417 Mixed valence, 25, 66, 74 Mixed valence gold compounds, 598, 610 Mixed valence minerals, 485, 491 MnCU ,268 MnF2' 182, 184 Mn(Fe)S2, 301 Mn(Fe)Se2, 303 Mn(Fe)Te2, 303 Mn(pyridine)2CI2, 265 Mohr salt, 164f Molecular clusters, 74 Molecular crystals, [18 Molecular movement, 381 Molecular orbital calculations, 72, 74, 78 Molybdenum disulfide, 430 Molybdenum iron protein, 368 Molybdenum tin oxide, 421f Monoclinic crystal texture, 1 [5, [3 [ Monoclinic symmetry, [42, 155, 159, 164 Monticellite, 466, 477 Montmorillonite, 454, 462, 484 Mordenite, 398, 434 Morie fringes, 20, 39 Morin transition, [89f, 399 Mossbauer active elements, [5 Mossbauer active nuclides, 9, [5 Mossbauer effect absorbers, [6 Mossbauer Effect Data Center, 3, [9

Subject Index

Mossbauer Effect Data Index, 2f, 9 Mossbauer Effect Reference and Data

Journal, 3, 38 Mossbauer emission spectroscopy, 430 Mossbauer gamma ray energy, 8 Mossbauer Rayleigh scattering, 384 Motional narrowing, 212, 218 Movement, 384 Mu-meson spin resonance, 190 Multichannel analyzer, 31 Multipole radiation, 155 Muscovite, 462, 480 Mycenean pottery, 515 Myoglobin, 78, 345, 351

Na2Fe(CN)s(NO)'2H20, 78, 155f, 162, 164

NaFe02, 429, 459 NaI detectors, 33 Natural abundance, 8 Naturallinewidth, 8 Natural mineral transformations, 479 Nearest neighbor magnetic interactions,

236 Neel temperature, 24, 180, 184, I 89f,

206, 279, 366, 62Of, 629f Neosilicates, 467, 477 Neptunium-237, 60 Neptunium fluoride, 67 Neutron activation, 512, 521 Neutron capture, 1 Neutron diffraction, 188, 190, 273, 282f,

490, 493, 495, 627 Neutron irradiation, 484 Newton-Raphson method, 45 Ni(pyridine)2CI2, 265 Nickel-6l, 4, 8, lIf Nitriding, 232, 234 Nitrogen fixation, 351 Nitrogen implantation, 241 Nitrogenase, 368f Nobel prize, 1 Nonlinear chain polymers, 267f Nonlinear excitations, 636 Nonlinear velocity, 38 Nontronites, 461f, 491, 494 Normalized radius, 21 Nuclear charge distribution, 79, 82 Nuclear charge radii, 58 Nuclear data, 8 Nuclear excited state lifetime, 197 Nuclear g-factor, 24 Nuclear gyromagnetic ratio, 177 Nuclear lifetime, 64 Nuclear magnetic dipole, 23 Nuclear magnetic moment, 171, 197

663

Nuclear magnetic resonance, 8, 77, 187f, 196, 289, 334, 463, 585, 628

Nuclear quadrupole interaction, 22 Nuclear quadrupole moment, 23, 173 Nuclear recoil, 13 Nuclear recoil energy, 8 Nuclear shielding, 60 Nuclear size, 57f Nuclear spin, 171, 197 Nuclear spin density, 175 Nuclear Zeeman effect, 171 Nuclear Zeeman splitting, 23 Nuclide halflife, 9 Numerical integration, 50

Obsidian, 459, 520f Octahedral iron(II) complexes, 288 Octane number, 416 Olefin adsorption, 424 Oligomerization, 247 Olivine, 477, 483, 496 Omphacites, 456f, 486f One dimensional antiferromagnetic order,

620 One dimensional magnetism, 619 Optical charge transfer, 488 Optimum thickness, 33 Orbital angular overlap model, 260 Organogold(l) compounds, 580f Organogold(IlI) compounds, 596f Organotin(II) compounds, 527, 563 Organotin(lV) compounds, 527, 530, 533,

539f Organotin(lV) quadrupole splitting, 539 Orientation of electric field gradient, 83 Orthoamphibole, 471 Orthoferrites, 184 Orthoferrosilite, 453, 466f, 491,493,495 Orthopyroxene, 453, 465, 468, 483 Orthorhombic crystal texture, 116 Orthorhombic symmetry, 155f, 158f, 187 Osumilites, 474 Overlap distortion, 72 Overlapping hyperfine distributions, 52 Oxide metal interface, 229 Oxide oxyhydroxide, 228 Oxide particle aging, 518 Oxide thickness, 228 Oxygen binding, 345 Oxygenase, 37 Oxyhemoglobin, 346f, 374, 376

p-electron unbalance, 73 P(H) distributions, 52 Palladium tin alloys, 527 Palygorskite, 464 Parabolic background, 29, 32

664

Parabolic displacement, 29 Parabolic waveform, 29 Paramagnetism, 177f, 274, 621 Paramagnetism saturated, 182 Parent nuclide, 8 Parent nuclide halflife, 8 Partial chemical isomer shift, 582, 589f,

599f Partial quadrupole splitting, 524, 564,

582. 589 Partial quadrupole splitting in gold. 582,

589, 599 Partial quadrupole splitting parameters,

542 Partial quadrupole splitting scales, 539 Particle size effects, 394 Pauli exclusion principle, 209. 363 Pauli matrices. 91f Percolation paths, 486, 491 Perovskite structure, 184, 560 Peroxidase. 351 Perturbed angular correlation, 78 Phase transformations, 74, 208, 251£,

267f Phenanthroline, 245f Phlogopites, 461 Phonon modes, 317 Phosphate coatings, 230 Phosphating process, 230 Photoelectric absorption, 95, 99 Photoproduction, 371 Photosynthesis, 351, 373 Pi-bonding, 69 Picolylamine,317 Piezoelectric drive, 32 Pigments, 520 Plagioclase, 459 Platinum-197. 4. 579 Pleochroism, 474 Podsols, 481 Poincare representation, 93f Poincare vector, 94, 150, 152 Point charge, 80 Point charge calculations. 455 Point charge model. 535£, 544f Point nucleus, 58 Poisson distribution, 40 Poisson statistics, 48 Polarization studies, 90. 92, 165 Polarized source, 165 Porphyrin, 551 Porphyrinatoiron complexes, 351 Portland cement, 484 Potassium-40, 14 Potassium promoted oxides, 412 Pottery samples, 515 Pottery surface glaze, 517

Subject Index

Precession frequency, 178,400 Precursor nuclide, 9 Pressure studies, 74, 288, 290, 299, 301,

32Of, 324, 468, 470, 483, 488f, 602 Promoted iron catalysts, 412 Propene adsorption, 418 Propene oxidation. 421. 427 Proportional counters, 228 Protein dynamics, 382 Proteins, 339. 342f, 345, 351f Pulse height analyzer, 32 Pure multipole transitions, 99 Pure quadrupole interactions, 103, 116,

123, 149 Pyridine, 255f Pyrochlore compounds, 133 Pyrope,478 Pyroxene. 456. 458, 465f, 495

Quadrupole doublet asymmetry, 130 Quadrupole coupling, 236, 275f, 295, 324 Quadrupole interaction, 22, 77, 79, 83,

172, 188. 273f, 295, 324 Quadrupole moment, 81, 83, 197 Quality of measurement, 49 Quasisolids, 343

Radiation density matrix, 100 Radiation source, 9 Radius ratios, 445 Random powder absorbers, 78, 107, 109,

113, 117f, 120, 125, 134 Rare gas matrices, 555 Rayleigh scattering, 384 RbFeCI,,620 RbFeCb-2H 20. 620 RboFeF,. 620 Recoiless fraction, 8, 13, 16,24.50.497.

549£, 579, 609 Recoiless fraction temperature

dependence. 550f, 609 Region of interest, 30 Relative line intensity, 46 Relativivtic effects, 2, 62 Relaxation, 195f, 398, 486 Relaxation matrix, 200 Relaxation random, 201 Relaxation rate, 289 Relaxation supermatrix, 203 Relaxation time, 197, 400 Remanence, 492, 514 Resonance counter. 397 Resonance cross section, 97 Respiration, 351 Rheumatoid arthritis, 589 Rhodonite. 469 Riebeckite. 467. 471f, 491. 495

Subject Index

Ring silicates, 473 Rotation matrices, 113, 115f, 121, 124 Rotational disorder, 252 Rubredoxins, 353f Ruthenium-99, 69, 411f, 435 Ruthenium chloride, 411

s-electron density, 60 Saturation effects, 49 Saturation field, 635 Saturation magnetization, 626 Saturation moment, 279 Scanning electron microscopy, 230 Schorlomite, 490 Scintillation counter, 18, 580 Second order Doppler shift, 188,381 Second order phase transitions, 251 Sedimentary marl, 524 Sediments, 446f, 480 Selective excitation double resonance,

200 Self-consistent field, 61f Self-consistent field calculations, 64, 71,

74 Semiconductivity, 421 Serpentines, 460 Sheet silicates, 460, 512 Shielding effects, 60, 62 Sickle-cell anemia, 375 Sidebands, 39 Siderchrome, 364 Siderophyllite, 463 Sigma-donation, 69 Sign of electric field gradient, 77, 144,

148f, 159, 167, 252, 256, 283, 466 Silica, 398 Silicate chains, 445, 465f Silicate conductivity, 486 Silicate glasses, 459 Silicate layers, 460f Silicate mineral glossary, 499f Silicate minerals, 443 Silicate rings, 445, 473f Silicate sheets, 445, 460f, 512 Silicon, 413 Silicon detectors, 34 Simplex algorithim, 54 Sine wave motion, 29 Single crystal texture, 114 Sinusoidal drive, 32 SiO,,396 Slow relaxation, 51 Smectites, 462 SnBr,,398 SnBr4,398 SnCI,,557 SnCI,Cr(CO),C,H" 529

SnNH,,555 SnO,398 SnO" 64, 235, 242, 384, 398, 418, 528 Sn(phenyI)4,410 SnR"X4 _." 530 SnTe, 20 SnX,,558 Soils, 446f, 520

665

Sodium nitroprusside, 17, 19,22,38,78, 155f, 162, 164

Sodium promoted oxides, 412 Solid state detectors, 33, 580 Solitons, 620, 636 Sorosilicates, 467, 475 Source prerequisites, II Specific heat, 496 Spectral stripping techniques, 53 Spectrochemical series, 68(' 291 Spin canting, 184 Spin clusters, 621 Spin conversion function, 295 Spin correlation length, 213, 620f, 626,

633,636 Spin crossover, 287f Spin dispersion, 623f, 636 Spin domain, 299, 305, 314 Spin elasticity, 310 Spin equilibrium, 287f Spin expectation value, 178 Spin flip frequency, 177(' 400 Spin flop field, 181, 631, 634 Spin flop phase, 184 Spin fluctuations, 627, 634 Spin Hamiltonian, 83(' 209, 356, 364,

370,491 Spin hysteresis, 292, 327 Spin Ising system, 638 Spin lattice relaxation, 177,204,354 Spin orbit coupling, 324, 491 Spin pairing energy, 287f Spin polarization, l77f Spin precession, 400 Spin relaxation, 349f, 364f Spin reorientation, 283 Spin rotation, 189f Spin-spin relaxation, 177,204 Spin-state relaxation, 334 Spin transitions, 208 Spin transition thermodynamics, 287f Spin wave theory, 623 Spin waves, 176, 623f Spontaneous magnetization in clay, 514 Sr,Fe,O" 429 Stainless steel, 232 Standard reference material, 19 Statistical fluctuations, 43 Staurolite, 452, 467, 479, 484, 49Of, 496

666

Steel,230 Steel surfaces, 232f Steepest descent method, 45 Stochastic fluctuations, 488, 496 Stochastic relaxation, 200f Stochastic systems, 195 Strong field ligands, 287f Structural phase transformations, 245,

289 Sublattice magnetic moment, 620f Sublattice magnetization, 181, 188, 621f,

626f,632f Sulfur dioxide removal, 429 Sulfur removal, 429 Super Hamiltonian, 202f, 210 Super operators, 20lf Superconducting materials, 209 Superexchange, 276, 282, 494 Superparamagnetic fluctuations, 496 Superparamagnetic relaxation, 402 Superparamagnetism, 178f, 208, 238,

365f, 377f, 399f, 402, 496, 512 Superrelaxation matrix, 211 Supertexture, 78 Supertexture coefficients, 78, 89, 118f,

121,124,131, 133, 136, 139, I 45f, 161 Supertransferred hyperfine field, 628 Supported metal catalysts, 399 Surface complexes, 392 Surface durability, 241 Surface glazes, 517 Surface phenomena, 391 Surface stress, 235 Swords, 520 Symmetric waveform, 29, 32

Tanabe-Sugano diagram, 291 Tantalum-181,4 Tektite, 459 Tension, 236 Tepe Hissar pottery, 516 Terbium-161,379 Terrestrial minerals, 443 Texture, 78, 107, IlOf, Il3f, 116f, 119,

I 37f, 146 Texture coefficients, 89, 113, 117, 123,

138,140 Texture free absorbers, 117 Texture function, 122 Thalassemia, 375f Thermal fluctuations, 401 Thermal hysteresis, 189 Thermodynamics, 287f, 314 Thermoluminescence, 511 Thermolytic preparations, 245f, 261 Thick absorbers, 51, 79, 149, 151, 153f Thick crystal polarization, 153

Subject Index

Thickness effects, 174 Thin absorber approximation, 44, 46, 50,

79,101, 123, 134, 136, 151, 154, 174 Thin films, 236 Thuringite, 453, 456, 491 Thyroid hormones, 367 Thyroxine, 367 Time dependent interactions, 195f Time inversion symmetry, 109 Tin-119, 8, II, 35f, 60, 64,171,235,241,

398,410,416527,585,588 Tin aminoacid complexes, 530f Tin antimony oxides, 418f Tin aryloxides, 563 Tin axial bonds, 538 Tin chalcogenides, 561 Tin(II) complexes, 588 Tin compounds, 527f Tin conversion electrons, 235 Tin crown ethers, 561 Tin diketonate complexes, 562 Tin equitorial bonds, 538 Tin(ll) fluoro complexes, 559 Tin garnets, 478 Tin halide complexes, 558f Tin heterocyclic amides, 533f Tin-119 history, 2 Tin implanted, 241 Tin matrix isolation studies, 555 Tin metal, 235 Tin molybdenum oxides, 421f Tin monolayers, 398 Tin on silica, 410 Tin platinum clusters, 415 Tin polymer stabilizers, 532f Tin(ll) transition metal complexes, 564,

568 Tinplate, 235 Titanium garnets, 478 Tobacco mosaic, 367 Tobacco virus, 367 Tourmaline, 467, 473, 475, 484, 490 Transferrin, 364, 380 Transition probability, 174 Transmission electron microscopy, 299 Transmission integral, 49f Tremolite, 466, 471 Triazine, 248f Trioctahedral layer silicates, 452, 460,

494 Tungsten, 4 Tungsten bronzes, 485 Tureng Tepe pottery, 515 Two step spin transition, 310, 315

Ultrasonic frequency, 39 Ultrasonic vibration, 39

Subject Index

Uniaxial antiferromagnets, 181 Unitary rotation matrix, 96 Uranium antimony oxides, 424, 426

Van der Waal solids, 63 Vanadium bronzes, 485 Velocity scale, 28 Velocity waveform, 28 Vermiculite, 453, 456, 461, 481 Verwey transition, 185.487 Vesuvianite, 490 Vibrational amplitude, 77 Vibrational anisotropy parameter, 77, 148 Vibrational degrees of freedom, 383 Vibrational disorder. 252 Vibrational modes, 319 Vibrational spectroscopy. 289. 301. 310,

317, 334 Vibrations, 381, 384, 609 Vitamin 8'2, 345, 367 Vitrification, 514, 518 Voigt profile, 48 Volcanic glass. 520 Volcanic olivines, 477 Volcanic origin. 459

Water gas shift reaction, 434 Water of adsorption, 407

Water of chemisorption, 408 Weak field ligands, 287f Weiss theory, 176 White noise approximation, 200f Wigner-Eckart theorem, 80 Wigner-Seitz cell. 612 Wigner symbols, 81 Wustite, 407, 409

Xenon. 34 Xenon halides, 73 X-ray detection, 37 X-ray fluorescence, 512

Yoderite, 479 Yttrium iron garnet, 478 Yttrium iron oxide, 184

Zeeman effect, 171 Zeeman interaction, 205. 215 Zeeman splitting, 23 Zeeman states. 24 Zeolite, 411 Zeolite catalysts, 431f Zero point energy, 624 Zero point fluctuations. 620 Zero point spin reduction. 62 If, 628 Zinc-67, 4, 32, 88, 340. 416

667