Table Of ContentMaterials Science and Engineering, A181/A182 (1994) 1441-1444
Author Index of Volumes 179-182
Abe, T., 1291 Chen, H. C., 261 Frank, W., 36
Adachi, H., 864 Chen, S., 346 Fredriksson, H., 587, 1320
Ahigren, M., 921 Chen, X.-F., 412 Froes, F. H., 108
Aihara, Jr., T., 256 Cheng, L. Z., 880 Fujii, S., 1109
Akinaga, M., 1051 Chiang, T. H., 860, 950, 954, Fujikura, M., 1346, 1351
Akiyama, E., 937, 1081, 1091, 958 Fujimori, H., 892, 897, 962,
1114, 1119, 1123, 1128, Cho, Y., 1330 1025, 1030
1133 Choi, P., 408, 1004 Fujita, A., 950, 954
Allahverdi, M., 158 Choi, S. D., 1010 Fujiwara, T., 118, 722, 726
Allia, P., 361,572 Choi, S. S., 1035 Fukamichi, K., 801, 860, 888,
Amano, E., 978 Choi, Y. S., 1035 950, 954, 958
Amiya, K., 692 Chu, M. G., 669 Fukuhara, M., 884
Anazawa, K., 479, 487 Chun, B. S., 309 Fukunaga, H., 884
Andersen, S. J., 665 Clavaguera, N., 288, 526 Fukunaga, T., 224, 464, 828,
Antonione, C., 572 Clavaguera-Mora, M. T., 288, 1047, 1277
Aoki, K., 181, 198, 256, 371, 526 Fukuoka, K., 220
390, 1263, 1317 Cocco, G., 1085 Furukawa, S., 892, 1025
Arakawa, S., 871 Conti, L., 1085 Furuya, Y., 1076, 1317
Arnberg, L., 1243 Cziraki, A., 531
Arshed, M., 376 Gaspar, T. A., 645
Asahi, N., 819, 841 Dabek, J., 1099 Gebel, B., 1016
Asai, J., 738 Danielewski, M., 1099 Geng, Y., 966
Asami, K., 1081, 1091, 1109, Dankhazi, Z., 717 Gereben, O., 433
1114, 1119, 1123, 1128, Danzig, A., 473 Gerocs, I., 531
1133, 1137, 1141 Das, S. K., 1415 Gill, S. C., 327
Ashfaq, A., 376 Davies, H. A., 628 Golub, S. V., 1431
Atou, T., 220 Davis, L. A., 1415 Goswami, R., 163
De Jong, M., 341 Goto, T., 801, 860, 958
Bagovic, D., 1227 Diao, Z., 1047 Grant, P. S., 72
Bai, H. Y., 229, 234 Diego, J. A., 526 Greer, A. L., 41, 243, 600,
Bakker, H., 453, 1207 Dietz, G., 1055 1335
Bakonyi, I., 531, 567 Dignard-Bailey, L., 516 Gremaud, M., 1392
Bakos, E., 567 Ding, B. Z., 382, 386, 563 Groma, I., 531
Baram,J. , 1195, 1326 Dobson, P. J., 545 Grushko, B., 766
Baricco, M., 361, 371, 572, 600 Dotera, T., 758 Guo,J . Q., 1397
Baro, M. D., 303, 1285 Drew, R. A. L., 158 Guo, Y. X., 665
Bartok, M., 1095 Dubois, J.-M., 122 Guofa, M., 688
Batawi, E., 645 Duhaj, P., 557 Guyon, F., 1305
Battezzati, L., 371, 600 Duine, P. A., 270
Beeli, C., 316 Durand, R., 1145 Habazaki, H., 1081, 1091,
Belin, E., 717, 730 Dussault, D., 516 1099, 1109, 1114, 1119,
Benameur, T., 1145 1123, 1128, 1133, 1137
Berner, A., 1249 Ebidzuka, K., 1091 Hackman, L. E., 645
Bizen, Y., 871 Eckert, D., 1016 Haddad-Sabzevar, M., 1320
Bormann, R., 31 Edagawa, K., 811, 833 Handstein, A., 1016
Bottiger, J., 582 Egami, T., 17 Harada, T., 1232
Brauer, S., 396 El-Mahallawy, N., 587 Harakawa, Y., 1161, 1383
Brower, Jr., W. E., 1431 Endo, H., 351 Hase, H., 1378
Er, H., 982 Hasegawa, H., 320
Cabanas-Moreno, J. G., 1202, Erukhimovitch, V., 1195 Hashimoto, H., 1212, 1291
1258 Hashimoto, K., 27, 785, 1081,
Calka, A., 1222 Fadeeva, V. I., 506 1091, 1099, 1109, 1114,
Campillo, B., 609 Fecht, H.-J., 77, 491 1119, 1123, 1128, 1133,
Cantor, B., 72, 416, 545 Feld, J., 916 1137, 1141
Chang, I. T. H., 416, 545 Fischer, H. E., 396 Hattori, Y., 801
Chao, Y., 982 Fish, G., 1415 Haussler, P., 916, 1055
Chatani, K., 1277 Fogarassy, B., 531 Hayakawa, Y., 1020
Chattopadhyay, K., 163, 198 Foley, J. C., 205 He, K., 982
Chechenin, N. G., 582 Forwald, K., 1243 He, K.-Y., 880, 1405, 1419
Elsevier Sequoia
1442
Herlach, D. M., 147, 316, 766, Kaida, M., 1060 Krog, J. P., 582
1055, 1150 Kakehashi, H., 884 Kronmiuller, H., 36, 1035
Herzer, G., 876 Kakehashi, Y., 62, 856, 946 Kuboki, M., 351
Hewak, D. W., 303 Kamei, K., 906 Kuji,T. , 1232
Higashi, K., 625, 712, 1064, Kamiyama, T., 483 Kunitomi, N., 293, 1296
1068 Kanekiyo, H., 868 Kurz, W., 46, 1150, 1392
Hihara, T., 1184 Kaneko,J. , 1410
Hiraga, K., 750, 815 Kaneko, K., 224 Ladiwala, G. D., 1427
Hirosawa, S., 868 Kaneko, T., 351 Lai, S. K., 261
Hirose, F., 1359 Kang, I. K., 552 Lai, Z., 982
Hirotsu, Y., 97, 479, 487, 495 Kang,J. , 1040 Lai, Z.-H., 1419
Hirscher, M., 1035 Kang, S. S., 122 Lengsfeld, P., 614
Hizubayashi, H., 275 Kang, T., 552 Latuch, J., 506
Hoier, R., 665 Kanomata, T., 351 Lauinger, Ch., 916
Holla, H. A., 1431 Karpe, N., 582 Lavernia, E. J.,609, 614
Holland-Moritz, D., 766 Kataoka, N., 801, 860, 888, Lee, K. S., 973
Honma, K., 334, 1072 950, 962 Lee, M. H., 545
Horikiri, H., 112,511, 702, 707 Kato, A., 112, 702, 707 Lee, S. H., 941
Horio, Y., 596, 649 Katona, T., 1095 Lee, W. Y., 1010
Horner, A., 36 Katsman, A., 1249 Leu, M. S., 997
Hu, B. P., 1016 Kawaguchi, H., 884, 1253 Levin, L., 1249
Hu, Z. Q., 382, 386, 563 Kawamura, Y., 112,511, 654, Li,J .Z ., 1040
Humphrey, F. B., 66 1174 Li, Q., 249
Kawanishi, M., 632 Li, Y., 628,681
Ichikawa, K., 1109
Kawashima, A., 1081, 1091, Li, Z. Q., 1040
liyori, H., 448
1109, 1114, 1119, 1123, Liebertz, H., 777
Ikeda, S., 992
1128, 1133, 1137 Lim, W. Y., 941
Ikeda, T., 897
Kikukawa, T., 355 Liu, B. X., 189
Im, B. M., 1119
Kim, D. H., 637 Liu, H. Y., 628
Imura, T., 1359
Kim, H.-G., 252 Liu, J., 1001
Ino, H., 408, 762, 794, 864,
Kim, I. J., 888 Liu, W., 777
937, 1004
Kim, K. J., 1272 Liu, X. D., 386, 563, 1405
Inokoshi, Y., 1030
Kim, K. S., 941 Lopez Hirata, V. M., 1258
Inoue, A., 57, 112, 127, 210,
Kim, K. Y., 552 Lu, K., 382, 386, 536, 541, 563
334, 346, 371, 444, 487,
Kim, M. C., 973, 1237 Lu, Z. C., 1001, 1040
495, 501, 511, 577, 592,
Kim, N. J.,637, 1169 Liick, R., 316, 536, 746
596, 632, 649, 654, 659,
Kim, S.-H., 469
692, 697, 702, 707, 734,
Kim, S. B., 973 Mabuchi, M., 625
750, 781, 798, 805, 845,
Kim, S. G., 1156 Maehara, Y., 906
850, 921, 1064, 1068, 1072,
Kim, W. T., 309, 941 Maher, P. P., 72
1161, 1174, 1179, 1300,
Kim, Y. S., 1237 Majumdar, A., 619
1340, 1383, 1387, 1397,
Kim, Y. Y., 941 Makhlouf, S. A., 483, 1184
1423
Kimura, H., 351, 659, 1076 Maki, T., 841
Ishida, A., 911, 1043
Kimura, H. M., 845 Makino, A., 127, 487, 495, 501,
Ishii, K., 416, 1104
Kimura, K., 762, 794, 864 511, 1020
Ishikawa, T., 730
Kirchmayr, H. R., 1016 Makino, Y., 238
Ito, M., 659
Kiss, L. F., 567 Manov, V., 91, 1249
Itoh, H., 422
Kita, E., 937 Martinez Suarez, F., 1258
Itoh, M., 911, 1043
Kita, K., 592, 1397 Martinez, L., 823, 837
ItsukaichiT,. , 1202
Klinger, L., 1249 Masuda-Jindo, K., 833
Ivanov, E., 1184, 1268
Klose, G., 77 Masumoto, T., 8, 112, 127, 181,
Iwasaki, H., 712
Knobel, M., 361 210, 252, 256, 334, 346,
Jang, P. W., 309 Knoll, S., 746 351, 371, 390, 444, 487,
Jang, S. C., 997 Kobayashi, K. F., 1165, 1253 495, 501, 511, 577, 592,
Janickovic, D., 557 Koch, C. C., 1330 596, 632, 649, 654, 659,
Janik-Czachor, M., 142 Koga, T., 153 692, 697, 702, 707, 734,
Jha, A., 303, 771 Kohno, M., 1104 738, 750, 781, 798, 805,
Jiang, H. G., 215,382 Kojima, A., 511 845, 850, 892, 897, 1025,
Jiang, Z., 249 Komatsu, H., 958 1030, 1064, 1068, 1072,
Johansen, I., 605 Komori, M., 1123 1076, 1161, 1174, 1179,
Johnson, W. L., 173 Konno, T. J., 297, 426 1263, 1300, 1317, 1340,
Jones, H., 1,628, 681 Kosanovic, C., 1227 1383, 1387, 1397, 1423
Jordery, S., 303 Koshikawa, N., 811 Matsubara, E., 444, 860
Joshi, S. R.,.1427 Koster, U., 777 Matsuda, H., 279
Juarez-Islas, J. A., 609, 614, Kouba, R., 1055 Matsuda, T., 132, 730, 785,
823, 837 Koyano, T., 224, 1277 926, 1047
Matsuki, H., 1363, 1366 Nittono, O., 355, 401 Roven, H. J., 605
Matsumoto, F., 892, 1025, Noguchi, K., 337 Rubin,J . B., 137
1030 Noguchi, S., 819 Rubshtein, A., 91
Matsumoto, M., 422, 1317 Noh, T. H., 552 Rudkowska, G., 158
Matsumoto, S., 841 Nonaka, K., 334, 738 Rudkowski, P., 158
Matsumura, A., 742,819 Nordstrom, A., 921 Ryder, P. L., 641
Matsunaga, A., 958 Nozaki, T., 1104
Matsuura, M., 464, 469
Sadoc, A., 717
Matsuzaki, T., 1363 Ochiai, T., 649 Saida, J., 577
Mattern, N., 473 Ogasawara, H., 884
Saitoh, K., 805, 937
Matyja, H., 506 Ogawa, H., 1281 Saji, S., 676
Mat’ko, I., 557 Ogino, Y., 220 Sakaguchi, Y., 1232
Mayerhofer, O., 1016 Oguchi, M., 697, 1161, 1383
Saksena, M. P., 186, 1427
Memezawa, A., 390, 1263 Ohashi, N., 860 Sakurai, M., 469, 1330
Millet, P., 1222 Ohba, K., 210
Sasamori, K., 845
Minakawa, S., 1366 Ohkubo, T., 479 Sasmori, K., 1174
Minami, K., 992 Ohnaka, I., 1190 Sato, H., 911,926, 1043
Mitani, S., 897 Ohnuma, S., 892, 897, 1025 Sato, M., 798
Miura, H., 1281 Ohta, Y., 884 Sato, T., 1346, 1351, 1366
Miyazaki, T., 1410 Ohtera, K., 592, 1064, 1068, Sato, Y., 1310
Miyoshi, Y., 730 1397
Satoh, K., 750
Mizoguchi, T., 320 Okabe, S., 1104 Satoh, M., 801
Mizubayashi, H., 422, 1060 Okada, T., 366
Sawa, T., 902
Mizuno, M., 153 Okamoto, T., 932 Sawai, T., 841
Mizutani, U., 132, 224, 464, Okawa, A., 1355 Saxena, N. S., 186, 1427
730, 785, 790, 828, 926, Okazaki, Y., 1374 Scano, G., 1085
1047, 1277 Okuda, S., 422, 1060 Scharwaechter, P., 36
Mogi, H., 1374 Okumra, H., 781 Schiffini, L., 1085
Mohri, K., 1369 Oleszak, D., 1217 Schulz, R., 516
Molnar, A., 1095 Omuro, K., 1281 Schumacher, P., 600, 1335
Mori, H., 366, 1359 Otero, A., 303 Schwarz, R. B., 137, 176
Mori, K., 181 Otsuka, S., 1060 Seeger, C., 641
Mori, T., 712, 1081
Shamim, A., 376
Morishita, K., 220 Park, C. G., 1237 Shen, B. G., 1001, 1040
Mrowec, S., 1099 Park, H., 637 Shen, J., 249
Muddle, B. C., 619 Park, W. J., 637 Shen, T. D., 215
Mukai, T., 1064, 1068 Park, Y. H., 1212, 1291 Shibata, K., 1272
Mulas, G., 1085 Park, Y. W., 1035 Shibata, T., 632, 1397
Muller, K. H., 1016 Payne, D. N., 303 Shibuya, K., 1435
Muller, M., 473 Peker, A., 173 Shih, W. C., 600
Murakami, K., 1366 Perepezko, J. H., 52, 176, 205 Shima, T., 897, 962
Murata, H., 1109 Perez, R., 609, 614, 823, 837 Shimada, Y., 888, 958, 1030
Myung, W.-N., 252, 371 Perrot, A., 122 Shin, S. H., 1156
Peters, J. A., 645 Shinbo, I., 738
Plantz, D. H., 176 Shindo, D., 1317
Nagahama, H., 592 Popel, P., 91 Shingu, P. H., 1217
Nagahora, J., 632 Poulain, M., 303 Shinohara, A. H., 444
Nagaoka, K., 1330 Prangnell, P. B., 327 Shinohara, T., 798, 1109
Nagarajan, R., 168, 198 Prasad, A., 186 Shiozawa, K., 334
Nagumo, M., 153 Pratap, A., 186, 1427 Shirai, K., 926
Naka, M., 366 Predel, B., 536 Shoji, R., 1378
Nakagawa, K., 902 Pusztai, L., 433 Siddiqi, S. A., 376
Nakajima, H., 334, 738 Pyo, S. G., 1169 Sietsma, J., 86, 270, 341, 438
Nakamura, K., 320 Sinclair, R., 297, 426
Nakamura, M., 487 Qian, C., 966 Singh, A., 754
Nakamura, Y., 401, 790 Qingchun, L., 688 Skinner, D. J., 205
Nakazato, K., 654 Quan, B., 969 Somekh, R. E., 243
Narita, K., 969 Quan, M. X., 215 Sommer, F., 283, 1150
Narita, Y., 932 Quintana, P., 978 Song, G., 249
Nash, P., 1169 Song, Q. H., 382
Nasu, T., 1330 Ranganathan, S., 168, 754 Songyan, Z., 688
Nie, J. F., 619 Rapp, O., 921 Soufiane, A., 303
Niikura, A., 1387 Rekveldt, M. Th., 341 Spaepen, F., 81, 265
Niizeki, K., 742 Rimmelspacher, J., 916 Stephenson, G. B., 396
Nishiyama, N., 210, 334, 692, Riontino, G., 323 Stiller, C., 473
697, 1387 Rivlin, Z., 1326 Strom-Olsen, J. O., 158, 396
1444
Sturm, A., 458 Tonejc, A. M., 1227 Wollenberger, H., 458
Su, S., 609 Toneje, A., 1227 Wonnell, S. K., 270
Sugamata, M., 1410 Tong, H. Y., 382
Xianyu, Z., 412, 1001, 1040
Suganuma, T., 112 Tonkovics, Zs., 531
Xiong, L. Y., 1405
Sugawara, A., 355 Toth-Kadar, E., 531
Sugawara, E., 1030 Trambly de Laissardiere, G.,
Yamada, M., 932
Sugihara, H., 742 118,722
Yamada, T., 1346, 1351
Sugiura, H., 132 Trivedi, R., 46
Yamada, Y., 132, 730, 785,
Sugiura, Y., 132 Trudeau, M. L., 516
828, 926, 1047
Sugiyama, K., 444 Tsai, A., 738 Yamagata, H., 1300
Sui, M.-L., 541, 880, 1405, Tsai, A. P., 501, 750, 781, 805,
Yamaguchi, H., 1383
1419 1141, 1387
Yamaguchi, K., 1030
Sumiyama, K., 483, 1184, Tsai, C. L., 986 Yamaguchi, S., 1099
1268, 1272 Tseng, M.-K., 412
Yamamoto, S., 118, 726
Sun, W., 815 Tsuda, K., 750, 805
Yamamoto, Y., 495
Sung,J . K., 973, 1237 Tsujikawa, S., 408
Yamanaka, J., 401
SunolJ., J ., 1285
Yamane, T., 676
Surinach, S., 303, 1285 Uchiyama, T., 1369
Yamasaki,J. , 1369
Suryanarayana, C., 108 Ueda, Y., 992
Yamasaki, T., 220
Sutton, M., 396 Uehara, M., 868 Yamate, M., 1310
Suzuki, A., 1363 Venishi, K., 1165
Yamauchi, H., 1184, 1268
Suzuki, K., 127, 469, 483, 501, Ueno, S., 1340 Yamauchi, I., 1190
1184, 1268, 1272, 1330 Umeda, T., 1156
Yamauchi, K., 469
Suzuki, T., 954, 1156 Umemoto, M., 1202
Yamauchi, T., 785
Svec, P., 557 Uoya, A., 1064, 1068
Yanada, T., 1366
Syono, Y., 220 Urban, K., 766
Yanai, K., 1268
Utsumi, M., 224 Yang, C.J ., 1010
Tada, T., 1133 Uzawa, M., 1179 Yang, H., 1207
Tadayyon, S. M., 337 Yanagitani, A., 1355
Taha, M., 587 Valenzuela, R., 978
Yano, K., 937
Takagi, M., 1359 Van den Beukel, A., 86, 341
Yasuda, H., 676
Takahara, Y., 279 Van Neste, A., 516 Yavari, A. R., 20, 1305, 1415
Takahiro, K., 1099 Varga, L. K., 567
Yavari, R., 1145
Takaki, H., 932 Vereshagin, A., 91 Ye, C. T., 1040
Takamura, K. I., 1137 Vinai, F., 361, 572 Yokoyama, Y., 734, 798, 850
Takayama, S., 448 Vitta, S., 243
Yoshida, H., 1369
Takeda, H., 888 Voronel, A., 91 Yoshida, Y., 1369
Takemoto, R., 275
Yoshihara, A., 958
Takeuchi, S., 811, 833 Wagner, A. V., 265
Yoshizawa, Y., 469, 871
Takeuchi, T., 224, 828 Wakamiya, M., 1378
Yu, M., 856, 946
Tamura, A., 712 Wakoh, K., 483
Yu, S. C., 309, 941
Tamura, R., 794 Wang, J.-Q., 412
Yukumoto, M., 1104
Tanaka, H., 856, 946 Wang, K. Y., 215
Tanaka, K., 337, 932 Wang, W. H., 229, 234 Zaluska, A., 396
Tanaka, M., 750, 805 Wang, W. K., 229, 234, 997 Zanada, A., 323
Tanaka, N., 320 Wang, X.-M., 390 Zappel, B., 283
Tanaka, T., 785 Waseda, A., 762, 794 Zhang, B.-J., 412
Tanaka, Y., 1355 Waseda, Y., 444, 860 Zhang, B. P., 1114
Tanimori, S., 911, 1043 Watanabe, M., 659, 845 Zhang, D., 966
Tanimura, S., 712, 1064, 1068 Watanabe, R., 1212, 1291 Zhang, S., 966
Tarnoczi, T., 531 Watanabe, T., 193 Zhang, T., 210, 444, 1423
Taylor, E. R., 303 Waterloo, G., 665 Zhang, Z. J., 189
Tei-Ohkawa, T., 833 Wei, B., 1150 Zhi, J., 880
Thijsse, B. J., 438 Wei, W. D., 215 Zhou, F., 1419
Thoma, D. J., 176 Weissmiller, J., 102 Zhou, G.-F., 453
Tiberto, P., 361,572 Wendhausen, P. A. P., 1016 Zhu, J., 1405
Tomida, T., 521 Wiedenmann, A., 458 Zryd, A., 1392
Tomioka, H., 1340 Wilkes, D. M. J., 681 Zuling, J.,688
Materials Science and Engineering, A181/A182 (1994) 1445-1468
Subject Index of Volumes 179-182
Abundant energy supply new Al-based amorphous alloys with high mechanical
metastable metals for “green” materials for global atmosphere strength in the AI-Ni-M and Al-Co-M (M=Mn,
conservation and abundant energy supply, 27 Fe, Co, Ni) systems, 596
A.C. magnetic losses Al-based amorphous alloys
a study of flash-annealed FeMnSiB amorphous cores, 969 recent progress in amorphous metallic materials in Japan, 8
Activation energy Al-based amorphous metals
crystallization kinetics and specific heat of Cu, Zry) glassy electronic structure and electron transport properties of
alloy, 1427 Al-Cu-Y and Mg-Cu-Y amorphous alloys, 132
deformation characteristics of a superplastic aluminium alloy Al-based amorphous phase
produced from amorphous powders, 1064 formation and _ mechanical properties of amorphous
Activation energy spectrum AI-Ni-Nd alloys, 649
reversible structural relaxation in Fe-B-Si amorphous alloys, Al-casting
279 enhanced heterogeneous nucleation of a-Al in amorphous
Aging aluminium alloys, 1335
decomposition of the supersaturated solid solution in a Al-Co alloy
rapidly solidified hypereutectic Al-Cu alloy, 327 convergent-beam electron diffraction and electron micro-
the aging characteristics of rapidly solidified high lithium scope study on decagonal quasicrystals of Al-Cu-Co
Al-Li-Mg alloys, 681 and Al-Co alloys, 805
Al alloys Al-Cr
high mechanical strength and strengthening mechanism of amorphization of Al-Cr atomized powder by mechanical
aluminium alloys with an ultrafine grain structure, 592 grinding, 1253
Al base alloy Al-Cr-RE alloy
formation of coexistent icosahedral and f.c.c.-Al phases in structure and microhardness of rapidly solidified Al-Cr-RE
rapidly solidified Al-Ce-M-Si (M = transition metal) alloys (RE = La-rich misch metal) alloy, 688
and their mechanical strengths, 659 Al-Cu
high mechanical strengths of rapidly solidified Al,,;Mn;Ce,M, decomposition of the supersaturated solid solution in a
(M =transition metal) alloys containing nanoscale quasi- rapidly solidified hypereutectic Al-Cu alloy, 327
crystalline phase as a main component, 845 Al-Cu-Co alloy
Al base amorphous alloy convergent-beam electron diffraction and electron micro-
functionally graded Al-Zr-based amorphous alloys, 1300 scope study on decagonal quasicrystals of Al-Cu-Co
morphology and properties of ultrafine Ni-Fe and Ni-Co and Al-Co alloys, 805
alloy particles prepared by leaching amorphous Al-Cu-Fe
Al-Ni-Fe-Ce and Al-Ni-Co-Ce alloys, 1179 free energy analysis for the phase transition of quasi-crystals
the effect of Cu addition on the structure and mechanical and phase diagram of the Al-Cu-Fe system, 762
properties of AlI-Ni-M (M=Ce or Nd) amorphous alloys Al-Cu-Fe alloys
containing nanoscale f.c.c.-Al particles, 654 plastic deformation of quasi-crystalline and crystalline phases
Al,O, in Al-Cu-Fe alloys, 777
comparison of the transformation sequence from y-Al1QOOH Al-Fe alloys
(boehmite) to a-Al,O; (corundum) induced by heating and a precipitation study of two rapidly solidified Al-Fe alloys,
by ball milling, 1227 323
Al<,Cu,)Fe,; alloy Al-Li-Mg alloys
quasicrystallization characteristics of mechanically alloyed the aging characteristics of rapidly solidified high lithium
Al,;Cu,,)Fe,; powder, 841 Al-Li-Mg alloys, 681
Al,;Cu,>V;j , alloy AIl-LTM-LTM
the amorphous to icosahedral phase transformation in mech- new Al-based amorphous alloys with high mechanical
anically alloyed Al,;<Cu,;V,,. powder, 819 strength in the AI-Ni-M and Al-Co-M (M=Mn,
Al-25at.%Ti mixed powder Fe, Co, Ni) systems, 596
effects of the atmosphere on the mechanical alloying process Al-Mg alloy matrix composites
of Al-25at.%Ti mixed powder, 676 thermal stability in a superplastic Si;N,,,./Al-Mg composite,
Al-based alloys 625
development of high temperature dispersion strengthening in Al-Mo alloys
rapidly quenched Al-Ti-X alloys, 619 new amorphous alloys resistant to high temperature corro-
distribution of elements in the surface layer of amorphous sion, 1099
Al-La-Ni ribbons, 1249 Al-Ni-Ti system
effect of melt temperature on the electrical resistivity and a new phase in AI-Ni-Ti alloys made from mechanically
crystallization temperature of Al,,;La;Ni, and Al,,;Ce;Ni, alloyed powders, 1202
amorphous alloys, 91
1446
Al-Pd-Mg alloy mechanical alloying products: Mg-Al-Zn quasicrystals,
icosahedral and decagonal quasicrystals in the Al-Pd-Mg Ni-Zr amorphous alloys and amorphous Se, 224
system, 811 Ammann bars
Al-Pd-Mn Ammann bars and phason flips in quasicrystals, 746
self-diffusion of manganese in Al-Pd-Mn icosahedral quasi- Amorphization
crystals, 738 amorphization in iron-carbon systems with transition metals
Al-Pd-Mn alloy by mechanical alloying, 1281
electrochemical behavior of a quasi-crystalline Al-Pd-Mn amorphization of silicon and germanium by mechanical grind-
alloy in a chloride-containing solution, 1141 ing: effect of atmosphere and milling conditions, 1222
Al-Pd-Mn alloys amorphization of Ti-Zr powders by mechanical alloying in
decagonal quasicrystal in rapidly solidified Al-Pd-Mn alloys, H,, N, and O, atmospheres, 1263
815 differential thermal analysis of hydrogen-induced amorphiza-
Al-Pd-Mn-B tion in C15 Laves compounds RCo), 181
nuclear magnetic resonance study of new strong magnetism in interfacial reactions in Ni/amorphous-Si multilayers, 229
quasicrystalline Al-Pd-Mn-B alloys, 798 mechanical alloying in the Co-Sn system, 1258
Al-Pd-Mn-B system preparation of Fe-Ni-based metal-metalloid amorphous
magnetic properties of Al-Pd-Mn-B quasi-crystals with high powders by mechanical alloying, 1285
magnetization, 734 Amorphous
AI-Ti a fluorescence X-ray absorption fine structure study of the
microstructure and solidification analysis of melt-spun Al-Ti effect of small amounts of additives on the formation of the
and Al-Ti-B alloys, 669 nanocrystalline phase from metallic glass, 469
Al-Ti alloy amorphization of Al-Cr atomized powder by mechanical
new metastable phases in rapidly solidified Al-Zr and Al-Ti grinding, 1253
alloys with high solute contents, 1397 composite anisotropy multilayers based on amorphous
Al-Ti-B CoNbZr/SiO,, 1030
microstructure and solidification analysis of melt-spun Al-Ti crystallization kinetics of an amorphous ferromagnet
and Al-Ti-B alloys, 669 Fe5;B, 75Si7 5, 293
Al-Zr alloy crystallization of Fe-Si-B-Ga-Nb amorphous alloy, 521 yBaatdeeS ) e
new metastable phases in rapidly solidified Al-Zr and AI-Ti Curie temperatures for amorphous TMj,)-yGdy (TM=
alloys with high solute contents, 1397 Fe, Co; 40 < X < 60) alloys, 937
Alloys degree of amorphization of mechanically alloyed Fe,; ;B,;Si, <
crystallization of Fe-Si-B-Ga-Nb amorphous alloy, 521 powders determined by magnetic measurements, 1296
AIPdMn fabrication of bulk amorphous alloy by rolling of mechanically
difference between the magnetic properties of icosahedral and alloyed Al-Cr powders, 1165
decagonal phases of AlPdMn quasicrystals, 801 formation of metastable phases by plating method, 193
2024 Aluminium alloy heat treatment of rapidly solidified Fe,,Cr,.Ti,B,;, 416
formation of metastable phases in a spray deposited 2024 improvement of magnetic properties by addition of tin to
aluminium alloy, 249 amorphous Fe-Si-B alloys with high iron contents, 1351
Aluminium alloy kinetics of the crystallization of amorphous Ti-Ni and
solution thermodynamic behaviour of quasicrystalline-struc- Ti-Ni-Si alloys, 641
ture-forming alloy systems, 771 microstructural studies of Nd-Fe-B powders produced by gas
Aluminium alloys atomization, 1232
crystallization of amorphous Al,<;Y,)Ni; and Al; Y;Ni,, new Al-based amorphous alloys with high mechanical
alloys, 506 strength in the AI-Ni-M and Al-Co-M (M=Mn,Fe,
microstructural and mechanical evaluations of spray- Co, Ni) systems, 596
deposited 7XXX Al-alloys after conventional consolida- on the nature of the remaining matrix after nanocrystallization
tion, 614 of Fe,,Si,,B, with Cu and Nb addition, 1415
rational approximants to the decagonal phase in Al-Mn-M structural and magnetic properties of nanocrystalline Fe-Si-B
(M =Ni, Cu, Zn) systems, 754 alloys produced by mechanical crystallization, 516
Aluminum alloys the corrosion behaviour of sputter-deposited amorphous
fabrication of bulk amorphous alloy by rolling of mechanically Ni-Ti alloys in 1 M HCl, 1128
alloyed Al-Cr powders, 1165 torque sensor using amorphous magnetostrictive ribbons,
Aluminum base alloy 1378
solid solution of Cu in (Al-Cu)-SiC, metal matrix composites Amorphous alloy
processed by spray atomization and codeposition, 609 amorphous (Ti,Zr,Hf)-Ni-Cu ternary alloys with a wide
Aluminum-copper-vanadium supercooled liquid region, 1423
approaches to an icosahedral glass model for the icosahedral highly corrosion-resistant amorphous Cr-Ni-P alloys, 1114
phase formed by transition from the amorphous state, 750 local atomic structural changes on structural relaxation in a
Aluminum-nickel—mischmetal Pd,»Si,, amorphous alloy, 479
consolidation mechanism of aluminum-based amorphous magnetic properties of Fe-based icosahedral cluster amor-
alloy powders during warm extrusion, 1174 phous alloys, 860
Aluminum-silicon—manganese magneto-volume effect of amorphous Fe-(Co,Cr)-Zr alloys,
approaches to an icosahedral glass model for the icosahedral 1001
phase formed by transition from the amorphous state, 750 softening of phonon density of states in Fe-based amorphous
Ambient temperature Invar alloys, 1040
effects of ambient temperature and acceleration on various
Amorphous alloy catalysts Amorphous Fe-Zr
amorphous alloy catalysts for decomposition of CCI,F, by ferromagnetism and spin glass in amorphous Fe-Zr alloys,
hydrolysis, 1091 856
amorphous Fe-valve metal-Pt group metal alloy catalysts for Amorphous flake
methanation of CO,, 1133 temperature-sensitive amorphous magnetic flakes for intra-
Amorphous alloy electrodes tissue hyperthermia, 1366
amorphous alloy electrodes for anodic oxidation of sulfite, Amorphous formability
1081 prediction of amorphous formation in binary transition metal
Amorphous alloy layer alloys, 238
characteristics of an amorphous magnetic alloy layer prepared Amorphous germanium
by laser quenching, and its application to a torque sensor, growth dynamics of fractal Ge clusters during crystallization
1359 of amorphous phase on polycrystalline Au layer, 355
Amorphous alloy powder Amorphous materials
consolidation mechanism of aluminum-based amorphous an exact model of d.c. Joule heating in amorphous metallic
alloy powders during warm extrusion, 1174 ribbons, 361
Amorphous alloy precursor Amorphous metallic alloys
nitrogen monoxide decomposition catalysts prepared from diffusion in amorphous metallic alloys, 36
amorphous Ni-valve metal-Pd alloys, 1123 effect of melt temperature on the electrical resistivity and
Amorphous alloy structures crystallization temperature of Al,,La;Ni, and Al,,Ce,Ni,
high resolution electron microscopy of medium-range order amorphous alloys, 91
in amorphous alloys, 97 Amorphous metals
Amorphous alloys magnetoresistance and superconducting critical magnetic field
chemical reactivity of amorphous alloys, 142 of amorphous Al,,La,, and Algy Y,), 921
crystallization and thermal stability of amorphous Ti-B the pressure effect on Au diffusion in amorphous Pd,,Nij,)P>9,
alloys, 366 270
crystallization behaviour of Al-Sm amorphous alloys, 600 Amorphous Ni
diffusion of iron in Mg,,.Ni,;Nd,; amorphous alloys with a metastable b.c.c. and amorphous Ni produced by mechanical
wide supercooled liquid region, 334 alloying and chemical leaching, 1184
effects of induction annealing on the magnetic properties of Amorphous Ni-Nb-Pt alloys
amorphous alloys, 973 amorphous Ni-Nb-Pt alloy catalysts for electro-oxidation of
kinetic and thermodynamic aspects of crystallization in ethylene, 1137
Cu-Ti-Ni and Cu-Ti-Al metallic glasses, 371 Amorphous Ni-valve metal alloy
magnetism of amorphous transition metals and alloys, 62 nitrogen monoxide decomposition catalysts prepared from
mechanically driven CO hydrogenation over NiZr amorphous amorphous Ni-valve metal-Pd alloys, 1123
catalysts, 1085 Amorphous Ni-Zr-Cr alloy
phase transformations in nanocrystalline alloys, 20 amorphous alloy catalysts for decomposition of CCI,F, by
small-angle neutron scattering studies of nanosized amor- hydrolysis, 1091
phous Si-Au alloys, 458 Amorphous phase
Amorphous aluminium alloy amorphous and quasi-crystalline phases in rapidly solidified
enhanced heterogeneous nucleation of a-Al in amorphous Mg-Al-Zn alloys, 1387
aluminium alloys, 1335 approaches to an icosahedral glass model for the icosahedral
Amorphous atomic structure phase formed by transition from the amorphous state, 750
atomic structure analysis of NdFe and NdCo amorphous effects of ambient temperature and acceleration on various
films, 448 mechanical alloying products: Mg-Al-Zn quasicrystals,
Amorphous Co-Y Ni-Zr amorphous alloys and amorphous Se, 224
enhancement of Curie temperature in amorphous Co-Y formation of amorphous Ti-Si powdered alloys and their
alloys, 946 shock consolidation, 220
Amorphous Cr-Ni-P alloy microstructural development in rapidly solidified Ti-Ni
highly corrosion-resistant amorphous Cr-Ni-P alloys, 1114 alloys, 198
Amorphous Cu,,)Zrs,. sputtered Fe-Hf-O films with high electrical resistivity and
effect of passing electric current on the structural relaxation good soft magnetic properties, 1020
and crystallization in amorphous alloys, 275 Amorphous powders
the hydrogen-induced structural relaxation and crystallization mechanically driven CO hydrogenation over NiZr amorphous
observed in amorphous Cu,,)Zrs, and Cug,)Zr4), 422 catalysts, 1085
the inelastic property of amorphous Cu,,Zr;,, 1060 thermal and magnetic properties of amorphous magnetic
Amorphous crystallization powders produced by comminution process, 986
observation of the crystallization of amorphous Fe-Cu-Si-B Amorphous ribbon
alloy by in situ transmission electron microscopy, 386 effects of insulation and surface roughness on high frequency
Amorphous Fe-8Cr-13P-7C alloy magnetic properties up to 10 MHz in thin amorphous
effect of phosphorus on the passivation behavior of amor- ribbons, 884
phous Fe-8Cr-13P-7C alloy in 9M H,SO, solution, 1119 new casting technique for a wide ribbon in a single-roller
Amorphous Fe-—Cu-Nb-Si-B alloy process, 1310
precipitation of a-Fe and structure for amorphous Amorphous strip
Fe,,Cu, Nb,Si,B,,_ , alloys by annealing, 992 production and magnetic properties of Fe-B-Si amorphous
Amorphous Fe-Si steel alloy ribbons: a review, 1435
improved longitudinal magnetic shielding by an amorphous
Fe-Si steel composite panel, 1374
1448
Amorphous ultrafine particles Atomic size mismatch
the formation of nanostructured materials by consolidating a universal model for solid state amorphization of nanosized
ultrafine amorphous alloy particles prepared by chemical and supersaturated crystals, 491
reduction, 577 Atomic structure
Amorphous wire structure studies by X-ray and neutron diffraction: how
applications of amorphous wire, 66 accurate are they?, 17
energy transferring system for totally implantable medical Atomisation
devices using amorphous magnetic fibers, 1363 rapid solidification processing and microstructure formation,
quick-response and sensitive magnetic field sensor using a 46
200 MHz resonant field effect transistor multivibrator with Atomization
amorphous wire magnetoinductive elements, 1369 microstructural studies of Nd-Fe-B powders produced by gas
Analytical electron microscopy atomization, 1232
development of high temperature dispersion strengthening in Auger electron spectroscopy
rapidly quenched AI-Ti-X alloys, 619 interdiffusion in amorphous Ni,;Ti;;/Ni3;;Ti,; bilayer film
Annealing studied by Auger electron spectroscopy, 337
Ammann bars and phason flips in quasicrystals, 746
heat treatment of rapidly solidified Fe,,Cr,.Ti,B,;, 416
Annealing effect Ball milling
quasicrystallization characteristics of mechanically alloyed comparison of the transformation sequence from y-AlIOOH
Al,;Cu,)Fe,; powder, 841 (boehmite) to a-Al,O; (corundum) induced by heating and
the amorphous to icosahedral phase transformation in by ball milling, 1227
mechanically alloyed Al,;Cu,;V,,. powder, 819 formation of amorphous and metastable phases from the o
Annihilation phase by ball milling, 1207
formation and annihilation of defects governing flow and mechanically induced atomic disorder and phase transforma-
diffusion in amorphous metals, 81 tion in intermetallic compounds, 453
Anodic oxidation of sulfite phase transformations in nanocrystalline alloys, 20
amorphous alloy electrodes for anodic oxidation of sulfite, Banded structure
1081 microstructural evolution in a rapidly solidified Al-4mass%Fe
Anomalous X-ray scattering droplet, 1156
structural study of Zr;,Y,,Al,;Ni,; amorphous alloys by microstructural variation in rapidly solidified ribbons of
anomalous X-ray scattering (A XS), 444 Ag-Cu and Cu-Mn alloys, 1320
Applications b.c.c. Ni
towards applications of quasicrystals, 122 metastable b.c.c. and amorphous Ni produced by mechanical
Approximant alloying and chemical leaching, 1184
amorphous and quasi-crystalline phases in rapidly solidified b.c.c. nickel powder
Mg-Al-Zn alloys, 1387 electrocatalytic behavior of non-equilibrium b.c.c. nickel,
free energy analysis for the phase transition of quasi-crystals 1145
and phase diagram of the Al-Cu-Fe system, 762 b.c.c. phase
Approximant crystals sputtered Fe-Hf-O films with high electrical resistivity and
electronic structure, magnetic properties and electron trans- good soft magnetic properties, 1020
port in Al,,,_,Mn,7,Si,(4<x<16) quasicrystals and Bending ductility
approximant crystals, 730 new Al-based amorphouos alloys with high mechanical
studies of Mg-Al-Pd icosahedral quasicrystals and approxi- strength in the Al-Ni-M and Al-Co-M (M=Mn, Fe,
mant crystals synthesized by the mechanical alloying Co, Ni) systems, 596
process, 828 Bernoulli equation
Artificial heart theoretical expectation of strip thickness in planar flow casting
energy transferring system for totally implantable medical process, 1237
devices using amorphous magnetic fibers, 1363 Bilayer film
Atmosphere interdiffusion in amorphous Ni,;Ti;;/Ni;;Ti,; bilayer film
amorphization of Ti-Zr powders by mechanical alloying in studied by Auger electron spectroscopy, 337
H,, N, and O, atmospheres, 1263 Bimolecular reaction
structural evolutions of Ni-Ti systems caused by mechanical formation and annihilation of defects governing flow and
alloying in different atmospheres, 215 diffusion in amorphous metals, 81
Atmospheric effects Bond orbital model
effects of the atmosphere on the mechanical alloying process prediction of amorphous formation in binary transition metal
of Al-25at.%Ti mixed powder, 676 alloys, 238
Atomic disorder Bonded magnet
formation of amorphous and metastable phases from the o magnetic properties and microstructure of V-and-M-added,
phase by ball milling, 1207 Fe;B-based, Nd-Fe-B nanocrystalline permanent magnets
mechanically induced atomic disorder and phase transforma- (M=AI, Si), 868
tion in intermetallic compounds, 453 Boron
Atomic ordering crystallization and thermal stability of amorphous Ti-B
atomic ordering and structure recovery of non-equilibrium alloys, 366
mechanically ground alloy, 320 Bridgman solidification
Atomic short-range order easy glass formation in Mg,,Ni,, Nd,; by Bridgman solidifica-
some basic notions on nanostructured solids, 102 tion, 628
Brittleness Cobalt-base alloy
production and magnetic properties of Fe-B-Si amorphous corrosion behavior of sputter-deposited Co-base alloy films in
alloy ribbons: a review, 1435 neutral solutions, 1109
Bulk amorphous alloy Cobalt-carbon alloy
extremely wide supercooled liquid region and large glass- crystallization of co-sputtered amorphous cobalt-carbon
forming ability in Zr,;_,A,75Ni,;)Be, amorphous alloys, alloys: morphology and kinetics of spherulitic growth, 297
210 Coercivity
Burgers vector a study of flash-annealed FeMnSiB amorphous cores, 969
mechanical properties and deformation behaviour of large microstructural studies of Nd-Fe-B powders produced by gas
Al,)Pd>)Mn,, single quasi-crystals, 850 atomization, 1232
Coherence relationships
CALPHAD calculation microstructure of rapidly solidified Al-7.5Cu-2.5Fe, 665
thermodynamic and kinetic requirements for inverse melting, Collective excitations
31 theoretical study of dynamical properties of binary metallic
Catalysts glasses in the harmonic approximation, 1043
metastable metals for “green” materials for global atmosphere Collision-limited growth
conservation and abundant energy supply, 27 rapid solidification of cobalt-titanium alloys induced by
Catalytic converter nanosecond laser pulses, 243
oxidation resistance of rapidly solidified Fe-Cr-Al ribbons at Combustion synthesis reaction
high temperature, 1104 mechanical alloying process of metal-B(M=Ti,Zr ) powder
Ceramic composites mixture, 1291
structural and mechanical properties of fine composites Comminution process
prepared by Ti-Si,N, solid state reactions, 153 thermal and magnetic properties of amorphous magnetic
Ceramic fibers powders produced by comminution process, 986
fine metallic and ceramic fibers by melt extraction, 158 Compaction
Cerium—ytterbium alloy fabrication of bulk amorphous alloy by rolling of mechanically
non-equilibrium phase formation and valence fluctuation in alloyed Al-Cr powders, 1165
immiscible Ce-Yb alloys produced by mechanical milling Composite anisotropy
and sputtering, 1268 composite anisotropy multilayers based on amorphous
Chemical leaching CoNbZr/SiO,, 1030
formation of new phases by chemical leaching of rapidly Composite core
solidified alloys, 1190 production of flaky Fe-based amorphous powders by a two-
Chemotherapy stage quenching technique and their magnetic properties,
temperature-sensitive amorphous magnetic flakes for intra- 1161
tissue hyperthermia, 1366 Composite material
Clean preparation system solid solution of Cu in (Al-Cu)-SiC,, metal matrix composites
consolidation and mechanical properties of atomized Mg- processed by spray atomization and codeposition, 609
based amorphous powders, 1 12 Compositional gradient
Cluster growth functionally graded Al-Zr-based amorphous alloys, 1300
numerical simulation of cluster growth during the transient Compressibility
nucleation period, for nucleation temperature evaluation in large magnetoelastic effects of amorphous Ce-Fe alloys, 958
melt spinning, 1326 Computer simulation
CO, computer studies of a phase transition of icosahedral quasi-
amorphous Fe-valve metal-Pt group metal alloy catalysts for crystals, 758
methanation of CO,, 1133 on the determination of the structure of metallic glasses by
CO,-recycling reverse Monte Carlo simulation: comparison with hard
metastable metals for “green” materials for global atmosphere sphere Monte Carlo results, 433
conservation and abundant energy supply, 27 Conductance
Co-based alloys electronic transport of a two-dimensional Penrose lattice with
soft magnetic properties of Co-based heterogeneous amor- random phason strain, 726
phous alloys with high electrical resistivity, 892 Consolidation
Co-Gd alloys consolidation mechanism of aluminum-based amorphous
Curie temperatures for amorphous alloy powders during warm extrusion, 1174
TM io _yGdy
(TM = Fe, Co; 40 < X <60) alloys, 937 microstructure and strength of rapidly solidified magnesium
Co-Ti alloys alloys, 712
rapid solidification of cobalt-titanium alloys induced by Containerless processing
nanosecond laser pulses, 243 direct measurements of crystal growth velocities in
Co-Y compounds undercooled melts, 147
enhancement of Curie temperature in amorphous Co-Y Copper elution
alloys, 946 production of flaky Cu-based amorphous powders by a two-
Co-Zr stage quenching technique, and their chemical and optical
rapid crystallization of amorphous Co-Zr and Fe-B close to properties, 1383
eutectic compositions, 396 Copper species
Co-Zr alloy dehydration of 2-propanol over Cu-Ti metallic glasses: effect
structural changes in B2 CoZr compound during amorphiza- of pretreatments and reaction on the structure and surface
tion process by mechanical milling, 1330 properties, 1095
1450
Corrosion nanocrystalline phase formation in amorphous Fe,,;Cu,-
chemical reactivity of amorphous alloys, 142 Nb,Si,;;B, submitted to conventional annealing and Joule
corrosion behavior of sputter-deposited Co-base alloy films in heating, 572
neutral solutions, 1109 rapid crystallization of amorphous Co-Zr and Fe-B close to
the corrosion behaviour of sputter-deposited amorphous eutectic compositions, 396
Ni-Ti alloys in 1 M HCl, 1128 short-range structure of amorphous and nanocrystalline
Corrosion behavior Fe-Si-B-Cu-Nb alloys, 473
electrochemical behavior of a quasi-crystalline Al-Pd-Mn structural and magnetic properties of nanocrystalline Fe-Si-B
alloy in a chloride-containing solution, 1141 alloys produced by mechanical crystallization, 516
Corrosion resistance studies of crystallization of sputter-deposited Fe,,Si,B,,
effect of phosphorus on the passivation behavior of amor- metallic glass film, 382
phous Fe-8Cr-13P-7C alloy in 9M H,SQ, solution, 1119 the role of boron in nanocrystalline Fe-Zr-B soft magnetic
highly corrosion-resistant amorphous Cr-Ni-P alloys, 1114 alloys, 501
Cosputtering time-temperature-transformation diagram of a highly pro-
microstructural characterization of nanocomposite thin films cessable metallic glass, 173
of Ag-SiO,, Ag-ZnO and Ag-Si, 545 variation in lattice parameters with grain size of a nanophase
Cr-Ti alloys Ni,P compound, 541
study of the transformation of rapidly quenched Cryy Tigg, 316 variation of the interfacial energy with grain size in nanocrys-
Critical magnetic field talline materials, 536
magnetoresistance and superconducting critical magnetic field Crystallization behaviour
of amorphous Al,,)La;, and Algy Y;o, 921 dynamic temperature resistometry analysis of rapidly
Crystal growth quenched Fe,,B,, alloy and its correlated study by Moss-
crystallization of metallic glasses, 41 bauer spectroscopy and scanning electron microscopy, 376
high 7, YBa,Cu,;0,_, superconductors made by the melt- Crystallization kinetics
quench growth process, 1051 kinetic and thermodynamic aspects of crystallization in
modelling of non-equilibrium crystallization and transforma- Cu-Ti-Ni and Cu-Ti-Al metallic glasses, 371
tion diagrams, 288 the kinetics of amorphous-nanocrystalline transformation for
Crystal structure a Finemet alloy, 567
crystal structure and magnetic properties of a nitrogenated thermal and magnetic properties of amorphous magnetic
melt-spun Sm, Fe,; compound, 1010 powders produced by comminution process, 986
Crystallization thermal properties and crystallization kinetics of new fluoride
crystallization and thermal stability of amorphous Ti-B glasses, 303
alloys, 366 Crystallization thermodynamics
crystallization behaviour of Al-Sm amorphous alloys, 600 kinetic and thermodynamic aspects of crystallization in
crystallization kinetics and specific heat of Cug)Zr4) glassy Cu-Ti-Ni and Cu-Ti-Al metallic glasses, 371
alloy, 1427 Cu-based amorphous powder
crystallization kinetics of an amorphous ferromagnet production of flaky Cu-based amorphous powders by a two-
Fe5;B, ;7Si; ,5, 293 stage quenching technique, and their chemical and optical
crystallization of amorphous Al,;Y,,)Ni; and Al; Y;Nij, properties, 1383
alloys, 506 Cu-Co alloys
crystallization of co-sputtered amorphous cobalt-carbon giant magnetoresistance of Cu-Co-X alloys produced by
alloys: morphology and kinetics of spherulitic growth, 297 liquid quenching, 888
crystallization of Fe-Si-B-Ga-Nb amorphous alloy, 521 Cu-Ti amorphous catalyst
crystallization of metallic glasses, 41 dehydration of 2-propanol over Cu-Ti metallic glasses: effect
effect of C, Al and Si additions on the magnetic properties of of pretreatments and reaction on the structure and surface
melt-spun Nd-Fe-B alloys, 1004 properties, 1095
effects of crystallization on the magnetization dynamics of Cu-Zr alloys
Vitrovac amorphous ribbons, 978 dehydration of 2-propanol over Cu-Ti metallic glasses: effect
effects of passing electric current on the structural relaxation of pretreatments and reaction on the structure and surface
and crystallization in amorphous alloys, 275 properties, 1095
electrical resistivity and thermoelectric power of Fe,,Zro, Curie temperature
1035 Curie temperatures for amorphous TM), _ Gd, (TM = Fe, Co;
enhanced heterogeneous nucleation of a-Al in amorphous 40 < X <60) alloys, 937
aluminium alloys, 1335 enhancement of Curie temperature in amorphous Co-Y
formation of nuclei of metastable phases in nanocrystalline alloys, 946
materials, 557 ferromagnetism and spin glass in amorphous Fe-Zr alloys,
growth dynamics of fractal Ge clusters during crystallization 856
of amorphous phase on polycrystalline Au layer, 355 magnetic properties of Fe-V powders produced by mechani-
heat treatment of melt-spun amorphous Fe-Si-B-Cu-Nb cal alloying, 1277
alloy, 309 nitriding of Nd,Fe,,B, 408
heat treatment of rapidly solidified Fe,;Cr,.Ti,B,;, 416 on the nature of the remaining amorphous matrix after nano-
kinetics of the crystallization of amorphous Ti-Ni and crystallization of Fe,,Si,,B, with Cu and Nb addition, 1415
Ti-Ni-Si alloys, 641 temperature-sensitive amorphous magnetic flakes for intra-
magnetic properties and core losses of nanocrystalline tissue hyperthermia, 1366
Fe-M-B (M = Zr, Hf or Nb) alloys, 127
metal-contact-induced crystallization of semiconductors, 426
