Table Of ContentMaterials Science and Engineering, A134 (1991) 1423-1445 1423
Author Index—Vols, A133 (pp. 1-858) and A134 (pp. 859-1421)
Abdel-Gaffar, M. F., 1162 Bemdersky, L. A.,592, 1098 Chen, H., 1000
Abdel-Ghaffar, M. A., 758 Bhandari, D., 927 Chen, L. C., 342
Abis, S.,1 175 Bhatti, A.R.,188 Chen, S.-C., 1025
Adeva, P., 1394 Bi, Y.J.,1188 Chen, Y. C., 596
Adkins,N. J.E.,767,1158 Biancaniello, F. S., 1098 Chinh, N. O0., 475
AdIlwarth-Dieball, R., 359 Bigot J.,775 Chui, Zh. J., 1037
Aharoune, A., 547 Bik ic, S.,54 1 Clavaguera, N., 807, 1368
Aihara, T., 316 Blank-Bewersdorff, M., 611 Clavaguera-Mora, M. T.. 807,
Akiyama, S., 1309 Blatter, A., 431 1368
Alexander, H., 790 Boehni, H., 1065 Cline, J., 592
Alius, E., 738 Boettinger, W. J., 438,592 Cocco, G., 859
Allia, P., 124,325 Bohac, V., 662 Cochrane. R. F., 367, 569, 698,
Altounian, Z., 403, 509, 819 Boldrick, M. S., 26, 872 702, 706, 799, 803
Amano, E., 140 Bonetti, E., 325 Cochrane. R. W., 1021
Ambrozio Filho,692 Bormann, R., 1330 Cocke, D. L., 1041
Ameur, T. B., 1402 Bormer, V., 1 062 Cohen, M., 297
Andersen, L.-U., 1255 Botezan ,N., 229 Correia,J . B., 265
Andersen, S., 1215 Bottcher, U., 620 Cowlam, N., 859, 1398
Ando, M., 8 96 Bottiger.J., 415, 1255 Cristina, M.C., 1204, 1394
Ando, T.,284, 7 80 Bou zy, E., 640 Crolet,J .L ., 1049
Anestiev,L . A., 832 Boyen, H-G., 107, 120 Cunat, Ch., 547
Antonione, C., 1 166 Brauer, S.,6 11 Cziraki, A., 475
Aoki, K., 316,565 Brekeller, K., 1248
Apostolov, A., 2 52 Brodbeck, D.,60 1 Dahlborg, U.,959, 1012
Arnberg,L., 288 Brower Jr., W.E., 846 Dallek, S., 1288
Asami, K., 22,1025, 1033, 1054, Briining, R., 403, 964 Das, S.K., 1103
1070, 1074 Bruton, W. D., 48 2 das Neves, M.D.M., 692
Atzmon, M., 1326 Buckley, R. A, 490, 588 Davies, H. A., 265,490
Auran, L., 1 115 Budurov,S., 213, 448,452,455 de Barros Brasil, V., 581
Aziz,M. J., 592 Buhrer, W,, 4 31 De Ceuninck, W., 26 1, 337, 340
Buler, P. 1,535 de Lacheisserie. E. T., 184
Babic, E.,76, 192,321 Bunk, W.,270 De Schepper, L., 261, 337, 340
Bahle,J. , 196, 1208 Bunk, W. G.J ., 1087 de Souza, O.C., 692
Bakker, H., 1323 Burgio, N., 1406 Degtyareva, V. F.,734
Bakonyi, I|., 196 Burgstaller, A., 196 Delaey, L., 353, 468
Baliga, C.B., 1029 Bye, R. L.,11 03 Desre, P.J.. 1315
Balke, K.G., 1041 Di, L. M., 1 323
Baltic, R.,541 Calka, A.,555, 1346, 1350, 1376 Diego, J. A..807
Barandiaran, J.M., 1402 Callaway. T. O., 482 Djakonova, N, P., 560
Baricco, M., 124, 518,584, 1398 Calvayrac, Y., 383 Dong, Y. D.. 867
Barkalov, O. I., 726 Calvo, M.,968 Duhaj, P., 223, 398,523,662
Baro,M . D., 807, 1368 Camel, D.,81 1 Duine, P.A.,649
Barth, M.,65 7,790 Cantor, B.,11 11, 1133 Dunlop,G. L., 1 182, 1238
Bartok, M., 1 083 Carmona, F., 1394 Dunst, A., 785
Basili, N., 1406 Carrard, M., 1 278 Duzevic, D.. 1372
Batawi, E.,644 Caruana, G., 1 204 Dzugutov, M., 921, 1012
Battezzati,L., 584,859, 1 166, Carvalhin hos, H., 265
1398 Castro, F.. 265 Ebalard, §., 297, 569
Bauer-Grosse, E., 640 Cebollada,F., 1394 Eckert, D., 15]
Bauger, @,1197, 1201 Chai, S.-C.,274 Eckert, J., 393, 1 389
Baumann, F., 107 Chan, S. K., 127 Eckler, K.,698, 702, 718, 730,
Baxter,D . V., 90 Chandra, G., 1 01 790
Beatrice, C., 325 Chandrasekaran, M., 468 Edagawa, K.. 904, 939
Bechet, D., 1 120 Chao, Y. S., 1000 Edneral, N. V., 560
Beeli, C., 346 Chen, C. M., 596 Egami, T.,931
Bendersky, L.,256 Chen, F.R.,468 Egry,I., 718
© Elsevier Sequoia/Printed in The Netherlands
1424
El-Mahallawy, N. A., 758, 1162 Guthrie, N. L., 1288 Jacobson, N., 574
Emmerich, K., 1016, 1062 Gutierrez, I., 265 Janickovic, D., 398
Ennas, G., 1406 Jansson, K., 462
Enzo, S., 859 Habazaki, H., 22, 1025, 1033, Janting,J. ,4 15, 1255
Escobar, M. A., 184 1074 Jen, S. U., 98, 479
Evans, P. V., 803 Habibi, S., 375, 992 Jha, A., 490
Hackman, L. E., 676 Jiang, Q., 346
Fadnis, A. N., 90 Haessner, F., 371 Jin, R. Y., 104
Faudot, F., 383, 1380 Hamerton, R. G., 730 Johansen, A., 1170
Fecht, H. J., 427, 443 Han, H., 104 Johansson, P., 307
Feng, Y.-S., 274 Han, S. H., 104 Johnson, E., 1170
Feuerbacher, B., 702, 706, 795 Handstein, A., 151 Johnson, W. L., 427
Fiedler, H., 448, 657, 671, 680 Hannon, A. C., 883 Jones, H., 33, 588, 1107, 1229
Fink-Finowicki, J., 136 Harada, T., 780 Jonsson, B., 827
Fogarassy, B., 475 Harmelin, M., 383, 775, 1380 Juarez-Islas, J. A., 1193
Fotty, V., 452, 455 Hasegawa, K., 332 Jurisch, M., 292,620,671, 764
Fouquet, F., 1049, 1283 Hashimoto, K., 22, 1025, 1033,
Frank, W., 410 1054, 1070, 1074 Kabacoff, L. T., 1288
Fredriksson, H., 616 Hashimoto, T., 94 Kaczkowski, Z., 220, 223
Fritsch, G., 888 Hasse, J., 1248 Kaczmarek, W. A., 1346
Frolich, K., 1062 Hauert, R., 601 Kamiya, A.,67, 111
From, M., 72 Haussler, P., 10, 107, 115, 120 Karpe, N., 415, 1255
Frommeyer, G., 279, 667, 722 Hays, C. C., 379 Kasztovszky, Zs., 475
Fuentes, M., 265 He, Y. Z., 867 Katona, T., 1083
Fukamichi, K., 245 Hedman, L., 85 Katter, M., 143, 147,154
Fukunaga, T., 67, 245, 863, 983, Hegedus, Z., 1083 Kawamura, Y., 301, 332
987, 1334, 1414 Herlach, D. M., 698, 702, 706, Kawanabe, T., 1296, 1305
718, 730, 785, 790, 795, 1220 Kawashima, A., 22, 1025, 1033,
Gaffet, E., 1380 Herzer, G., | 1070, 1074
Garcia Escorial, A., 1204, 1394 Hess, T. R., 1041 Kawata, H., 896
Gaspar, T. A., 676 Heyder, B., 667 Keimel, J., 888
Gawior, W., 172 Heye, W., 204 Kikuchi, M., 288
Gellenbeck, H., 653 Hirata, T., 1260, 1292 Kim, H.-G., 418,513
Gerling, R., 328 Hodiamont, S., 270 Kim, K.-S., 216, 876
Gero, I., 475 Hoier, R., 1215 Kim, M. C., 1078
Ghosh, G., 353, 468 Hollanders, M. A., 636 Kim, S.-O., 876
Giegel, U., 279 Homma, Y., 987 Kim, T.-M., 876
Gillessen, F., 785, 1220 Hornbogen, E., 836 KimW., T ., 1111, 1133
Gilman, P. S., 1103 Horner, A., 410 Kim, Y.-Y., 216
Girt, E., 541 Horvat,J. , 192 Kimura, K., 94, 939
Girt, Er., 541 Hoshi, Y., 1296 Kirchmayr, H. R., 151
Gjestland, H., 1197, 1201 Howells, W. S., 959 Kisdi-Kosz6, E., 220, 248
Glijer, P., 630 Hrabcak, M., 248 Kishi, K., 94
Gobel, R., 671 Huai, Y., 1021 Kita, E., 226
Gonzales, J., 184 Huang, D.-R., 209 Klaar, J., 758
Gonzalez, J. M., 1394 Klimov, A. V., 850
Goto, T., 245 Illekova, E., 529 Knezevic, G., 541
Grabke, H. J., 1062 Illgen, L., 657, 738 Knuyt, G., 261, 337, 340
Granasy, L., 577,722,751 Ilonca, G., 229 Kobayashi, K. F., 1342
Grant, N. J., 284, 780 Imura, T., 301, 332 Koch, C. C., 1385
Grant, P.S., 1111 Indlekofer, G., 107, 120 Koknaeva, M. R., 560
Gratias, D., 383 Ino, H., 226, 939 Kolano, R., 172
Greer, A. L., 16, 367, 415, 569, Inou, K., 863 Komlevy, D. G., 535
606, 698, 730, 799, 803, 1268 Inoue, A., 6, 288, 688, 771, Kondo, S., 226
Gremaud, M., 1278 1125, 1212, 1338 Konzcos, G., 532
Groma, I., 475 Irvine, J. T. S., 140 Kopasz, Cs., 1083
Guntherodt, H.-J., 63, 115, 120, Ishida, A., 67, 80 Kopcewicz, M., 880
601,715 Ishihara, K. N., 1342 Kopit, V. Z., 850
Guo, H.-Q., 162, 165, 169 Ito, H., 1264 Koster, U., 312, 388, 486,611,
Guo, X., 509 Itoh, M., 67, 80 624, 900
Guo, Y. X., 1215 Itoh, N., 1385 Kovac, J., 248
Gupta, A., 101, 375, 992 Ivison, P. K., 859 Kovacheva, R., 455
Gupta, R., 101 Ivkov, J., 76 Kovatchevy, P., 213
1425
Kronmiuller, H., 410 Marti, J., 256 Nishimura, R., 1074
Kuang, J. P., 1179 Martin, A., 1394 Nishiwaki, T., 332
Kubiéar, £L., 523, 755 Martin, V. E., 1394 Nissen, H.-U., 346
Kuhnast, F. A., 547 Masuda-Jindo, K., 904 Nordstrom, A., 85
Kulik, T., 232, 236 Masumoto, T., 6, 316, 418, 513, Norman, A. F., 1144, 1234
Kumagai, N., 22 565, 688, 771, 1125, 1212, Nothnagel, P., 151
Kunze, H.-D., 1410 1338 Novak, L., 248
Kurita, K., 983 Matko, I., 398, 662 Nussbaum, G., 1197
Kursumovic, A., 321 Matsuda, T., 67, 111 Nygren, M., 462
Kurz, W., 1278 Matsui, N., 983 Nylund, A., 1139, 1225
Kuzminski, M., 136 Matsuura, M., 551
Matumoto, Y., 1045 Oehring, M., 1330
Lakshmi, C. S., 241 Matyja, H., 232, 236, 630 Oelhafen, P., 107, 115, 120
Lal, S., 101 Mazille, H., 1049 Oertel, C.-G., 292
Langley, R. H., 482 McManus, M. K., 1021 Ogasawara, T., 1338
Larsen, K. K., 415 McNallan, M. J., 1078 Oguchi, M., 688
Larsson, E., 288 Mebrahtu, T., 1041 O’Handley, R. C., 127, 780
Latuszkiewicz, J.,236 Megli, S. C., 846 Ohtera, K., 1212
Lazarova, M., 448 Mencer Jr., D. E., 1041 Okita, T., 1301
le Caer, G., 640 Mengucci, P., 1175 Olefjord, I., 1139, 1225
Lee, C. H., 1334, 1414 Menzel, D., 312 Oleszak, D., 630
Lee, J.-B., 513 Meyer, E., 581,711 Ono, S., 1292
Lee, J.-I., 216 Millet, J. P., 1049 Ostlund, A., 823
Lee, S.-H., 876 Misawa, M., 987 Ovcharov, V. P., 850
Leemann, G., 63 Missell, F. P., 132 Ozawa, M., 842
Leonato, M., 1394 Mitin, B. S., 742, 746
Lewis, L. J., 423, 964 Mittemeijer, E. J., 636 Pacia, N., 1058
Li, J.C. M., 209 Miyake, S., 842 Padella, F., 1406
Li, L.J., 1000 Mizutani, U., 67, 111, 863, 983, Pan, R., 379
Li, Q., 1170 1334, 1414 Paradiso, E., 1406
Li, X.-G., 316, 565 Molnar, A... 1083 Park, J., 1305
Lidin, S., 893 Monstadt, H., 836 Park, W.-W., 1229
Liebermann, H. H., 76, 192, 196, Moori, M., 332 Pashkov, I. N., 742
321 Mori, M., 863 Pelletier, J. M., 1283
Lim, W.-Y., 216 Morris, D. G., 644, 854, 1129, Perczel, I. V., 1083
Lin, S. T., 98 1418 Peters, M., 270
Lindenkreuz, H.-G., 738 Morris, M. A., 1129, 1418 Petkie, R., 551
Liu, L., 867 Moruzzi, V. L., 107 Petkov, V., 252
Liu, P., 1182, 1238 Moser, E. M., 601 Pocsik, I., 544, 979
Liu, W., 388, 900 Muhlbach, H., 738 Pogrebnyakov, A., 1170
Liu, Y., 1179 Muir, W. B., 72 Pohla, C., 947
Loeff, P. 1., 1323 Muller, F., 900 Pola, E. J. G., 692
Lohne, O., 1197, 1215 Muller, K.-H., 151 Ponyatovsky, E. G., 726, 734
Lohneysen, H. v., 51 Muller, M., 738 Popel, S.1., 535
Lonhardt, M., 620 Murakami, M., 684 Potocky, L., 220, 248
Loretto, M. H., 1188 Myung, W.-N., 418, 513 Pott-Langemeyer, M., 204
Loser, W., 680, 738 Prakash, U., 588
Lotze, G., 680 Nagakubo, M., 1260 Prasad, R., 606
Louison, C., 1380 Nagaoka, K., 1385 Prasanna, T. R. S., 127
Lovas, A., 196, 248, 475, 532 Nagata, T., 67, 80 Pratap, A., 927
Lozarova, M., 213 Naka, M., 1045 Preiss, P., 671
Lu, J.G., 127 Nakagawa, S., 1309 Principi, G., 992
Lu, K., 500, 504, 1037 Nanao, S., 896 Proctor, C. S., 799
Liick, R., 346, 943, 1208 Naoe, M., 1260, 1264, 1292, Punge-Witteler, B., 624
Ludwig, A., 577, 722,751 1296, 1301, 1305, 1309
Luft, A., 620 Nasu, T., 1385 Qu, Z., 955
Lundback, E., 823 Naugle, D. G., 59, 379, 482, Quivy, A., 383
1041, 1251
Magini, M., 1406 Neumann, W., 671 Rabinkin, A., 256
Majkova, E., 662 Nicolaus, M. M., 371 Radlinski, A. P., 555, 1346, 1350,
Manov, V. P., 535, 850 Nigam, A. K., 101 1376
Manukhin, A. B., 535 Nikhiforov, V. V., 850 Ramanan, V. R. V., 495, 912
Marohnic¢, Z., 192 Niklas, A., 312 Rapp, O., 85, 959
Martelli, S., 1406 Ninham, B. W., 1346 Rathnayaka, D., 59
1426
Regazzoni, G., 1120, 1197 Severino, A. M., 132 Taravel, C., 811
Reich, A., 363 Shahani, H., 6 16 Tarnoczi, T., 200
Reidinger, F., 256 Shanks, R.,5545 Tegze, M.,577
Reimann, P., 63,601, 715 Shapiro, A.J., 1098 Tei, T., 904
Remy, A., 1058 Shelekhov, E. V., 908 Thijsse, B. J.,636
Renaud, L.,1049, 1283 Shen, B-G., 104, 162, 165, 169 Tobisch, J., 292
Rhie, K., 379 Shibuya, T., 94 Tomida, T., 931
Richmond,T. , 63, 715 Shingu, P. H., 1342 Toncheva, S., 213,452, 455
Ridder,S . D., 1098 Shohoji, N., 265 Toneje, A., 1372
Riehemann, W., 204 Sickert, G.,67 1 Tonejc, A. M., 1372
Rieker, C., 854 Siemko, A., 136 Tong, S.H., 867
Rinderer, L., 711 Sietsma, J.,518,649, 935, 951 Torklep, J., 1201
Riontino, G., 1166,1175 Silva, M. P., 1107 Torralba, M., 1204
Rodin, I. V.,742 Sinclair, R.N., 883 Trudeau, M.L., 1354, 1361
Rohr, L., 63, 715 Singco,G.,551 Tsai, C. L., 526
Rosenberg, M., 900 Sinning, H.-R., 371 Tsakiropoulos, P., 767, 1029,
Rudkowska, G., 158 Siratori, K.,226 1144, 1158, 1234
Rudkowski, P., 158 Skakov, Yu. A., 560,908 Tsunoda, H., 975
Ruhlicke, D., 738 Skinner, D.J., 912 Tu, K. N., 551, 1244
Russew, K.,529, 532 Skumryev, V., 252 Tweed, J.H., 1148, 1153
Ryan, D. H., 403, 964 SlawsKa-Waniewska, A., 136, 363
Ryder, P. L., 359, 458, 917,947 Smith, R. W.,, 241 Ucok, 1,284
Soares, V., 711 Uenishi, K., 1342
SacherE,. , 1021 Socher, W., 196 Urban, K., 393, 1389
Sahnoune, A., 90 Solberg,J . K., 1201
Saida, J., 771 Soletta,I ., 859,1398 Valenzuela, R., 140
Sainz, J., 265 Somekh, R.E., 415,606 Van Buuren, R., 951
Saka, H., 301 Sommer, F., 434 Van den Beukel, A., 649, 935,
Saksena, M. P., 927 Song, K., 1264 951
Sakurai, K., 1414 Song, Q. H., 1037 Van der Graaf, A., 636
Sakurai, M., 1385 Sorheim, O.J., 1115 Van Neste, A., 1354
Sakurai, Y.,896 Spaepen, F,, 342, 569, 1274 Vasiliev, V. A., 742, 746
Salgado, L.,692 Speis, H.-J.,279 Veltl, G., 1410
Sanchez, B., 1204 SpisiakJ,. , 523 Vinai, F., 124, 325
Santos,A . D., 132 Stals, L.M., 261, 337, 340 Vitta, S., 799
Sapundshiev, L., 2 13 Staufer, U.,601 Vogt, E., 653
Sarholt-Kristensen, L., 1170 SteenstrupS,. , 1170 Voitlander, J., 196
Sato, H., 67 Steinbrink, G., 624 Volkert, C. A., 1274
Savage, S., 288, 307 Stephani, G., 448, 657, 680
Saxena, N.S., 927 Stephens, T.A.,59 Wachtel, E., 196
Scandella, L., 601 Stephenson, G.B., 611 Wagner, C. N.J., 26, 872
Schaefer, F., 458 Stojanova, L., 529,532 Wagner, R., 328
Schenk, H.,653 Strangwood, M., 1 148 Wallin, M., 307
Schiffini, L., 1398 Stro6m-Olsen, J.O., 158, 403, Wang, J. T., 500, 504, 1037
Schimansky, F.P., 328 509,819, 964 Wang, K. Y., 1037
Schleip, E., 795 Stubicar, M., 127 Wang, L., 1037
Schmtucker, M., 486 Stulens, H., 337 Wang, P.S., 1251
Schmutzler, H.J., 1062 Su, K. C., 596 Wang, W. H., 867
Schneider,J. , 151 Suck, J-B.,40 Waseda, A., 939
Schnitzke, K., 143 Sumiyama, K.,975 Watanabe, Y., 896
ScholzB,. , 1410 Surinach, S., 807, 1368 Weber, B., 1058
Schubert, Th., 764 Susini,P. , 1406 Wecker,J ., 143, 147, 154
Schultz, L., 143, 147, 154, 393, Sutton, M.,61 1 Weiss, G., 45
1389 Suzuki, K..,245, 987, 1385 West, J.A., 592
Schulz, R., 1354, 1361 Svec, P., 398, 662 Willmann, N., 196
Schumacher, P., 367 Svensson Huldt, C.,959 Witek, A., 363
Schinemann, U., 611 Witrouw, A., 1274
Scuridin, A. A., 746 Taha, M. A., 758, 1162 Wojcik, N., 172
Segura,J. , 1368 Takagi, K., 1309 Wojtas,H. , 1065
Seifert, H.,292 Takagi, M., 301, 3 32 Wong, C.-P., 1288
Selke, H., 917 Takahashi,T. , 1296 Wright,A . C., 883
Sellars,C. M., 265,1107 Takeuchi, S., 94,111, 904
Sellger, R.,671, 764 Tanaka, K.., 975, 983 Xiao, K. Q., 867
Semina, V. K., 560 Tanaka, Y.,684, 896 Xie, T.-S., 955
1427
Xing, Z. J., 1179
Yavari, A. R., 184, 1315, 1402 Zhang, B.-P., 22
Xu, R-F, 169
Yoshioka, H., 22, 1054 Zhang, D. L., 1133
Xu, Y., 819
Yoshizawa, Y., 176, 180 Zhang, J.-X., 162
Young, R. M. K., 1148, 1153 Zhang, S.-G., 1000, 1004, 1008
Yamada, M., 975, 983 Yu, G.-F., 274 Zhang, S.-Q., 274
Yamada, Y., 1414 Yu, L. D., 1170 Zhang, T., 1125
Yamaguchi, S., 288 Yu, S.-C., 216, 876 Zhang, Z., 169
Yamamoto, T., 127 Yu, Y., 1000, 1004, 1008 Zhao, J.-G., 162, 165, 169
Yamane, H., 842 Yuan, G. S., 1179 Zhao, Z. Y., 1179
Yamauchi, K., 176, 180 Yukumoto, M., 842 Zheng, F.-Q., 996
Yan, Q., 1054 Zhou, Y. H., 775
Yanagimoto, K., 684 Zaluska, A., 509, 819 Zhu, X. D., 1179
Yanagitani, A., 684 Zanada, A., 1166 Zimmermann, H., 671
Yang, K., 596 Zedalis, M.S., 912 Zimmermann, M., 1278
Yang, L.-Y., 162, 165 Zehringer, R., 115,601 Zsoldos, E., 248
Yang, S.-J., 418, 513 Zhang, B. H., 482 Zych, W., 880
Materials Science and Engineering, A134 (1991) 1429-1445 1429
Subject Index—Vols. A133 (pp. 1-858) and A134 (pp. 859-1421)
Activation energies decomposition of the icosahedral phase in Al-Cu-Fe
activation energies for crystal nucleation and growth in alloys, 388
amorphous alloys, 500 Mo6ssbauer measurements and susceptibility measure-
Adiabatic nucleation theory ments on crystalline and icosahedral AlCuFe alloys,
test of the adiabatic nucleation model in metallic glasses, 900
581 Al—Fe
Aging a competitive growth analysis of phase formation in
the effects of aging on the properties of a rapidly solidified Al-8wt.%Fe, 803
Al-Li-Mg-Zr alloy, 274 a kinetic study of precipitation in rapidly solidified Al—8Fe
Aluminium during processing, 1153
about the amorphization criteria in aluminium-based an analysis of precipitation kinetics in rapidly quenched
alloys, 1120 Al-Fe alloys, 1166
aluminium RS metallurgy, 1087 extrusion and swaging of rapidly quenched aluminium
flaky amorphous powders in Fe-, Co- and Al-based powders: microstructure and mechanical properties,
systems prepared by a two-stage quenching technique, 270
688 structural investigation of a mechanically alloyed Al-Fe
high mechanical strength of aluminium-based crystalline system, 867
alloys produced by warm consolidation of amorphous the development of microstructure during extrusion of
powder, 1212 Al-8Fe flake, 1148
large scale manufacturing of rapidly solidified aluminum Al—(Fe, V, Si)
alloys, 1103 onthe nature of icosahedral phases in Al—(Fe, V, Si) alloys,
metastable phase characterization in ion implanted and 912
rapidly solidified aluminium-based alloys, 1170 Al—Ge
microstructure of rapidly solidified aluminium-based influence of germanium-clustering on the precipitation
immiscible alloys, 1133 behaviour of rapidly solidified Al—Ge solid solutions,
preparation of aluminum thin films by the facing targets 486
sputtering system, 1260 preparation of ductile Al-Ge soldering foils by PFC
production and properties of light-metal-based amor- technique, 738
phous alloys, 6 Al—Hf
rapid solidification of aluminium by the Hydro Aluminium the microstructure and properties of rapidly solidified
process, 1115 Al—Hf alloys, 1 234
Al-Cr Al-Li-Cu-Mg
the distribution of heterogeneous nucleants in Al-Cr alloy structure and mechanical properties of rapidly solidified
powders, 767 Al—Li—Cu—Mg alloys containing minor zirconium and
Al-Cr-X (Ni, Mo) rare earths, 1179
rapidly solidified Al-3Cr—X (Ni, Mo) ribbons: structure Al-Li-Hf
and decomposition behaviour, 1204 the microstructure and properties of high pressure gas-
Al-Cr-Zr-Mn atomized AI-Li-Hf alloy powders, 1 144
rapid solidification of Al-Cr-Zr-Mn alloys, 1158 Al-Li-Mg-Zr
the consolidation of rapidly solidified Al-Swt.%Cr- the effects of aging on the properties of a rapidly solidified
2wt.%Zr( — 1lwt.%Mn) alloy particulate by hot rolling, Al—Li-Mg~Zr alloy, 274
1107 Al-Mn
Al-Cu magnetothermal analysis of the phase transformation of
characterization of the banded structure in rapidly solidi- quasicrystalline Al- 14%Mnh, 1208
fied Al-Cu alloys, 1278 nucleation and formation of quasicrystalJine phases in
morphological variations in melt-spun Al—Cu alloys, 758 undercooled Al—Mn melts, 1 220
precipitation of metastable phases in a rapidly quenched Al-Mn-Cr
Al-6wt.%Cu alloy, 1175 degassing of USGAatomized AlsMn,Cr powder after
spray forming of aluminium-copper alloys, 11 11 exposure to ahumid atmosphere, 1225
Al-Cu-Cr microhardness measurement of individual Al-Mn-Cr
quasicrystalline microstructures in Al,;_ ,Cu,Cr,5 splats, powder particles produced by rapid solidification, 1238
917 microstructural characterization of rapidly solidified
Al-Cu-Fe Al-Mn-—Cr alloys, 1 1 82
about the Al-Cu-Fe icosahedral phase formation, 383 surface characterization of a rapidly solidified Al,;Mn, ;Cr
annealing effects on X-ray diffraction peaks of melt-spun powder before and after hot extrusion, 1139
Al-Cu-Fe quasicrystals, 939 Al-Mn-Cr-Si
crystallization of the “stable” quasicrystal AlCuFe, 951 icosahedral quasicrystals in an AIMnCrSi alloy, 1215
© Elsevier Sequoia/Printed in The Netherlands
1430
Al-Mn-Fe-Si Atomic disorder
microstructural characterization of atomized powder of atomic disorder in intermetallic compounds by mechanical
Al-5Mn-5Fe-2Si(wt.%) alloy, 1098 attrition, 1323
Al-Mn-Ru-Si Atomic dynamics
site of ruthenium in icosahedral Al-Mn-Ru-Si, 896 atomic dynamics of metallic glasses and icosahedral alloys
Al-Mo (quasicrystals), 40
the influence of iron on precipitation from supersaturated Atomic motion
Al-Mo solid solutions, 1188 atomic motion at the glass transition: comparison between
Al-Ni experimental and molecular-dynamics investigations,
characterization of AINi formed by a self-sustaining 964
reaction during mechanical alloying, 1326 Atomic site
quasicrystals in AI-Ni alloys, 947 interpretation of the asymmetry of the first neighbour peak
Al-Ni-Ce in the pair correlation function of amorphous materials,
crystallization of amorphous Al,;Ni,)Ce; alloy, 367 979
Al-Ti Atomic structure
pitting potential and structure of sputter-deposited AI-Ti some peculiarities of the atomic structure of metallic
alloys, 1054 phases formed during liquid quenching and solid state
AI-TM-RE reactions, 560
formation and _ stability of magnetron sputtered Atomization
Al-TM-RE metallic glasses, 1288 characterization of Ni-Cu alloy powders produced by the
Al-Zr-V atomization process, 692
the creep behaviour of rapidly solidified Al-Zr-V alloys microstructure and mechanical properties of melt atom-
at low stresses, 1229 ized and rapidly solidified ultrahigh boron alloy steels,
Amorphization 279
about the amorphization criteria in aluminium-based production of sputtering target by powder metallurgy
alloys, 1120 processing using Fe-Al-Si gas-atomized powder, 684
amorphization of intermetallic compounds by hydrogen the microstructure and properties of water atomized and
absorption, 316 extruded Cu-Cr alloy powders, 265
the influence of hydrogen contamination on the amor- Attempt frequency
phization reaction of CuTi alloys, 859 determination of the attempt frequency for relaxation
Anisotropy phenomena in amorphous metals, 337
comparison between electrical resistivity and magnetic AZ91
anisotropy in a partially crystallized Fe;,B,,Si, amor- superplasticity in magnesium alloy AZ91, 1201
phous alloy, 124
correlation between domain structure and permeability
under stress in metallic glasses with induced anisotropy, B-metal alloys
136 pressure-quenched phases in binary B-metal alloys, 734
induced anisotropy and magnetostriction in Co,, ,Fe, ,- B2 antiphase domain size
Si,;B,), 132 effect of molybdenum substitution on B2 antiphase
Annealing domain formation in rapidly solidified Fe-Al-Mo
annealing effects on X-ray diffraction peaks of melt-spun alloys, 588
Al-Cu-Fe quasicrystals, 939 Ball milling
effect of flash- and furnace annealing on the magnetic and ball milling mechanical alloying in the Fe,,,._ ,Si, system,
mechanical properties of metallic glasses, 232 1394
high 7, superconductors prepared by rapid quenching and effects of ball milling on pure antimony, on Ga-Sb alloy
directional annealing, 127 and on Ga+ Sb powder mixture; oxidation, glass forma-
saturation magnetostriction of amorphous tapes with tion and crystallization, 1372
A,>0 and A,~0 after relaxation by conventional and metastable phase transformations induced by ball-milling
rapid dynamic current annealing, 184 in the Cu-W system, 1380
Antiferromagnetic interaction nanocrystalline alloys prepared by mechanical alloying
effect of antiferromagnetically coupled species on Curie and ball milling, 1330
temperature during relaxation of metallic glasses, 200 quasicrystal formation and phase transitions by ball
Antimony milling, 393
effects of ball milling on pure antimony, on Ga-Sb alloy the catalytic properties of Fe,,Si,,B,, alloys prepared by
and on Ga + Sb powder mixture; oxidation, glass forma- ball milling, 1037
tion and crystallization, 1372 thermal behaviour of Cu-Ti and Cu-Ti-H amorphous
Asymmetry powders prepared by ball milling, 1398
interpretation of the asymmetry of the first neighbour peak universal high performance ball-milling device and its
in the pair correlation function of amorphous materials, application for mechanical alloying, 1350
979 Barium
Atomic diffusion preparation and characterization of rapidly quenched
atomic diffusion in thin film reactions, 1268 BaO-B,O,-Fe,O, glass, 764
1431
Bilayers Chemical properties
the study of phase transitions in amorphous bilayers recent studies of chemical properties of amorphous alloys,
prepared by rapid quenching, 662 nae
Bismuth Chromium
electronic structure of disordered bismuth alloys: a com- control of morphology and crystallinity of chromium
parison of the amorphous with the liquid state, 120 sputtered film, 1305
structural and magnetic properties of rapidly quenched Cr-C
Bi-Mn alloys, 241 new metastable carbides produced by crystallization of
Boron amorphous Cr-C alloys, 640
clustering in TM-M-B metallic glasses, 248 Cr-Ni
microstructure and mechanical properties of melt atom- solidification mechanism of Cr-Ni steel with 8% Mo, 616
ized and rapidly solidified ultrahigh boron alloy steels, Cr-Ti
279 chemical ordering in undercooled Cr,,Ti,, B-phases, 431
electron microscopic study of Cr-Ti alloys, 606
Clustering
clustering in TM-M-B metallic glasses, 248
magnetic clusters in melt-spun La-Fe alloys, 226
C15 Laves compounds Coercivity
differential thermal analysis of hydrogen-induced amor- high coercivities in mechanically alloyed Sm-Fe-X
phization in C15 Laves compounds GdM, (M = Fe, Co, magnets, 143
Ni), 565 high coercivity in Sm-Fe-Ti alloys by rapid solidification,
Calcium 147
structure and vibrational dynamics of Ca,,.Mg,, glass, 927 Cobalt
limits to weak localization in Caj,>Mg3,)_ ,Al,, 90 displaced hysteresis loops of cobalt-based amorphous
Calorimetry alloys, 180
how to use calorimetry to distinguish a microcrystalline effect of cobalt on the crystallization of Ni;)Zr5,. amor-
structure from an amorphous structure, 342 phous alloys, 475
Carbides flaky amorphous powders in Fe-, Co- and Al-based
new metastable carbides produced by crystallization of systems prepared by a two-stage quenching technique,
amorphous Cr-C alloys, 640 688
Carbon Co-B-Zr
preparation of amorphous carbon films as protective layer magnetic properties and crystallization of amorphous
by FTS system, 1296 Cj 09- x -»B,Zr, alloys, 165
Carbon dioxide (Co, Fe, Ni)-(SiB)
influence of CO, gas flow around the melt puddle on the anisotropic (CoFeNi),,(SiB),, glasses: rheology and relaxa-
surface roughness of Fe-B-Si ribbons, 657 tion analysis, 547
Cast iron (Co, Ni)-B
structural and mechanical properties of spray formed cast- influence of an oxygen atmosphere and surface treatments
iron, 297 on surface crystallization of (Co, Ni)-B glasses, 624
Casting Co-Y
direct casting of continuous fibres and wires by inrotating- magnetic properties of Co-Y amorphous alloys prepared
liquid spinning, 667 by milling, 245
melt overflow process for direct cast fiber, ribbon and Co-Zr
strip, 676 crystallization of hydrogen-containing Co,,Zr,,7: an inter-
modelling of dendritic growth during ribbon formation in nal friction study, 371
planar flow casting, 722 indiffusion of cobalt in amorphous Co-Zr, 415
solidification structure of FeAl,; and FeA1,;B,95_,(wt.%) Cold rolling
ribbons produced by the planar-flow-casting process, amorphization kinetics during cold rolling of Mg-Ni
811 multilayers, 1402
thin strip casting by a twin roller pilot plant, 67 1 Compacts
Casting wheels effect of preparation technique and atmosphere on the
numerical analysis of the casting wheels of foils and strip mechanical properties of bulk amorphous alloy com-
casting machines, 653 pacts, 301
Catalysts Conduction electrons
the catalytic properties of Fe;,Si,,B,, alloys prepared by influence of conduction electrons on tunneling states in
ball milling, 1037 amorphous metals, 45
the use of rapidly solidified ribbons in automotive exhaust Consolidation
gas catalyst substrates, 1016 high mechanical strength of aluminium-based crystalline
XPS analysis of amorphous Ni-Nb-Sn-Pt alloy catalysts alloys produced by warm consolidation of amorphous
for electro-oxidation of formaldehyde, 1070 powder, 1212
Cerium Containerless processing
solid state amorphization of RE-TM (RE=Ce, Er and formation of glassy spheres of Fe-Ni-P-B by containerless
TM = Fe, Co) multilayers, 551 processing, 785
1432
Cooling the structure and morphology of the corrosion products
effect of secondary cooling on a rapidly solidified stainless formed on the surfaces of a rapidly solidified Mg-3.SAl
steel strip, 842 alloy, 1029
Cooling conditions Creep behaviour
effect of cooling condition on the internal field distribution stress—relaxation and creep behaviour of some rapidly
of amorphous Fe-Si-B alloys, 1000 solidified magnesium alloys, 1 197
Copper the creep behaviour of rapidly solidified Al-Zr-V alloys
corrosion and electrochemical characterization of rapidly atlow stresses, 1229
solidified Cu-B, Cu-Al-B, Cu-Cr-Zr alloys, 1065 Crystal growth
production of rapid quenched copper-based solder using activation energies for crystal nucleation and growth in
the melt-extraction technique, 742 amorphous alloys, 500
Cu-Cr modelling of crystal growth during rapid solidification,
the microstructure and properties of water atomized and 827
extruded Cu-Cr alloy powders, 265 rapid crystal growth in undercooled Fe-Ni melts, 7 90
Cu-Ni-P Crystal nucleation
crystallization kinetics of amorphous Cu-Ni-P alloys, 359 activation energies for crystal nucleation and growth in
Cu-Ni-Si-B amorphous alloys, 500
crystallization of amorphous Cu-Ni-Si-—B alloys, 458 Crystal orientation
Cu-Ta crystal orientation in titanium thin films deposited by the
amorphization of Cu-Ta alloys by mechanical alloying, sputtering method without plasma damage, 1292
1410 Crystallization
solid state amorphization in the Cu—Ta alloy system, 1414 a new crystallization micromechanism for amorphous
temperature dependence of mechanical alloying and alloys, 504
grinding in Ni-Zr, Cu-Ta and Fe-B alloy systems, 1334 composition dependence of thermal stability and crystal-
Cu-Ti lization behavior of Ni,,(Zr-M),, amorphous alloys,
the influence of hydrogen contamination on the amor- 353
phization reaction of CuTi alloys, 859 crystallization and stability of pseudo-binary amorphous
thermal behaviour of Cu-Ti and Cu-Ti-—H amorphous transition metal-simple metal alloys, 379
powders prepared by ball milling, 1398 crystallization characteristics and viscous flow behavior of
Cu-Ti-Al ne WC/amorphous Ni,,Si,;,B,, metal matrix composites,
X-ray structure analysis of Ni-Ti-—Al and Cu-Ti-Al alloy 513
glasses, 983 crystallization in amorphous NiZr,, studied by HRTEM,
Cu-Ti-H 346
thermal behaviour of Cu-Ti and Cu-Ti—H amorphous crystallization kinetics of amorphous Cu-Ni-P alloys, 359
powders prepared by ball milling, 1398 crystallization of amorphous Al, ;Ni 19Ces alloy, 367
Cu-V crystallization of amorphous Cu-Ni-Si-B alloys, 458
amorphization in an immiscible Cu-V system by mech- crystallization of amorphous thin films during heavy-ion
anical alloying and its structure observed by neutron irradiation, 1255
diffraction, 863 crystallization of hydrogen-containing Co,;Zr,;: an inter-
Cu-W nal friction study, 371
metastable phase transformations induced by ball-milling crystallization of the “stable” quasicrystal AlCuFe, 951
in the Cu-W system, 1380 effect of cobalt on the crystallization of Nis,Zr59 amor-
Cu-Y phous alloys, 475
stability of rapidly solidified Cu-Y and Cu-Y-B alloys, effect of the quenching conditions on the crystallization
644 kinetics and morphology of Fe,;Co,,B, ,Si,, 807
Cu-Zr effects of ball milling on pure antimony, on Ga—Sb alloy
D-wave phase shift of a Cu-Zr metallic glass system under and on Ga+ Sb powder mixture; oxidation, glass forma-
pressure, 104 tion and crystallization, 1372
strong depression of 7. in superconducting disordered effects of crystallization on magnetic domain structure of
Cu,,Zr,,, with dilute magnetic impurities, 85 amorphous Fe,,B, ;Si, alloy, 188
structural studies of changes in amorphous Cu,, Zr3 , in the influence of an oxygen atmosphere and surface treatments
dehydrogenation of 2-propanol, 1083 on surface crystallization of (Co, Ni)-B glasses, 624
Cu-Zr-Nb investigation of the thermal stability and crystallization
structural relaxation of Pd,,Si,;, and Cu,; >Zr,, ,Nb>, process of amorphous Hf,,,T,,;-,M, alloys, with
glassy systems, 523 T=Co or Ni, M=P or Si, by DSC, DTA and X-tay
Corrosion diffraction techniques, 462
corrosion and electrochemical characterization of rapidly isothermal crystallization of amorphous Fe.B,;Si,,479
solidified Cu-B, Cu-Al-B, Cu—Cr-Zr alloys, 1065 kinetics of surface crystallization in the metallic glass
corrosion resistance and surface structure of sputtered Fe;,Si,B, 5,375
FeNiCrMoZr amorphous alloys, 1045 Magnetic properties and crystallization of amorphous
the effect of molybdenum on the corrosion behavior of CO; o9-,—,B,Zr, alloys, 165
amorphous Fe-Cr—-Mo-P-C alloys in hydrochloric acid, magnetic susceptibility and DSC study of the crystalliza-
1033 tion of melt-quenched Ni-P amorphous alloys, 196
