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AUTHOR INDEX
AbdelMohsen, M. H. - 17 Albrecht, c. - 51 Andersson, C. A. - 367 Arvidson, J. M. - 97, 263, 475 Asdente, M. - 917, 931 Attaar, M. H. - 349 Avitzur, B. - 755
Barclay, J. A. - 425 Bass, J. - 441 Beasley, M. R. - 495 Becker, H. - 33 Belous, M. V. - 571 Bevk, J. - 647 Bolshutkin, D. N. - 483 Bormann, R. - 659 Borodaj, B. I. - 947 Buryak, V. P. - 947 Bussiba, A. - 339 Bussiere, J. F. - 859
Carr, W. J., Jr. - 899, 923 Caulfield, T. - 311 Chai, S. - 237 Chang, G. M. - 253 Cheng, Y. W. - 303 Chernik, M. M. - 489 Chesebrough, R. - 425 Chou, Y. T. - 755 Clark, A. F. - 953 Clark, C. F. - 433 Cukauskas, E. J. - 547 Cyders, C. J. - 883
David, B. - 631 Dawson, J. W. - 939 Desnenko, V. A. - 483
Dietderich, D. R. - 961 Dietrich, M. - 683 Dobson, W. G. - 185 Drost, E. - 875 Dustmann, C.-H. - 683
Ejima, A. - 193 Ekin, J. W. - 475, 787, 823, 977 Evans, D. - 89
Fan, C. - 237 Faucher, B. - 859 Fickett, F. R. - 453 Finnemore, D. K. - 797, 909 Flis, V. S. - 763 FlUkiger, R. - 851, 875 Foner, S. - 805 Fortunko, C. M. - 119 Freeman, J. J. - 105 Fuchs, E. A. - 111 Fujita, T. - 153 Fujiwara, F. - 779 Fukumoto, M. - 461, 867 Fukutsuka, T. - 891 Fultz, B. - 253 Furoto, Y. - 721
Gibson, E. D. - 797 Glazer, J. - 961 Goldacker, W. - 851 Goldfarb, R. B. - 475, 977 Gonda, S. - 589 Goodrich, L. G. - 953 Go to, T. - 699 Grieg, D. - 105, 417 Guobang, C. - 97 Gupta, T. K. - 367, 433
985
986
Gurvitch, M. - 509
Haarer, D. - 71 Habbal, F. - 647 Hacker, H. - 51 Hamasaki, K. - 715 Han, K. - 17 Hartwig, G. - 61, 83 Hashimoto, Y. - 779 Heiden, C. - 639 Higuchi, N. - 739 Hikita, M. - 535 Hiraga, K. - 203, 283, 375 Hoenig, M. 0. - 883 Hong, D. X. - 211 Hoogendam, P. - 813 Hooper, G. D. - 359 Horikoshi, E. - 469 Horiuchi, T. - 145, 891 Hornsveld, E. M. - 813 Hoshi, Y. - 559, 607
Igarashi, M. - 535 Ihara, H. - 589 Ihlein, W. - 51 Ilichev, V. Ya. - 483, 489 Imaizumi, M. - 779 Inoue, K. - 707 Inoue, T. - 303 Isernhagen, R. - 851 Ishii, K. - 623 Ishikawa, K. - 203, 283, 375 Itoh, K. - 771
Jillie, D. W. - 547 Johnson, D. L. - 185
Kamata, K. - 771 Kasamatsu, Y. - 145 Katagari, K. - 461 Kato, T. - 41, 193 Katz, Y. - 339 Kim, S. H. - 939 Kimura, Y. - 589 Kishimoto, Y. - 153 Klamut, C. J. - 739 Klemens, P. - 395 Kobiki, Y. - 153 Kogan, V. G. - 909 Koizumi, K. - 219
Author Index
Komata, T. - 715 Kopa, R. - 253 Koyanagi, K. - 461 Koziychuk, S. A. - 571 Kriz, R. D. - 1 Kroger, H. - 547 Kuroda, T. - 707 Kwo, J. - 509
Latisheva, V. I. - 763 LaupenmUhlen, H. - 51 Lawless, W. N. - 433 LeHuy, H. - 805, 859 Li, P. N. - 303 Li, Y. Y. - 161, 237 Liang, G. - 237 Liaw, P. K. - 349 Logsdon, W. A. - 349, 359
Maeda, Y. - 891 Masumoto, H. - 169, 219 Mathias, H. - 339 Matrosov, N. I. - 947 Matsushita, K. - 9 McCray, M. - 425 McDonald, W. K. - 805 McGhee, D. G. - 939 McHenry, H. I. - 303 McMillan, D. - 425 McNiff, E. J., Jr.- 805 Meservey, R. - 601 Miller, S. L. - 909 Mironova, 0. N. - 947 Miura, R. - 219, 245 Miyata, - 9 Monju, Y. - 891 Moore, W. G. - 359 Morgan, J. T. - 89 Moritoki, M. - 891 Morris, J. W., Jr.- 177, 253,
291, 961 Moulder, J. c. - 119 Mukhin, s. I. - 763 MUller, B. - 639
Nagai, K. - 203, 283, 375 Nagata, M. - 461 Nakagawa, Y. - 137 Nakajima, H. - 137, 145, 169,
219, 245
Namba, S. - 25 Naoe, M. - 559, 607 Nisenoff, M. - 547 Nishijima, S. - 9, 25 Nishiura, T. - 461 Niwa, K. - 469 Nohara, K. - 193 Noto, K. - 715
Ogata, T. - 203, 283, 375 Ogawa, R. - 177 Ogawa, T. - 303 Okada, T. - 9, 25, 461, 867 Okamoto, T. - 9 Okumura, H. - 589 Orlando, T. P. - 805 Oshikiri, M. - 219 Ostenson, J. E. - 797 Ottoboni, V. - 931 Otubo, J. - 805 Overton, W. C., Jr.- 425
Pan, J. z. - 755 Pan, V. M. - 571, 763 Pascucci, M. C. - 917 Pasztor, G. - 787, 837 Pattanayak, D. - 227 Pecherskaya, V. I. - 483 Pittman, E. s. - 953, 977 Plfhlmann, K. - 83 Popov, A. G. - 571 Pourrahimi, s. - 805 Purushothaman, S. - 311
Quian, B. - 237
Reed, R. P.- 127, 263, 475 Ripamonti, G. - 931 Roberge, R. - 805 Rogalla, H. - 631 Rong, z. L. - 211 Rowlands, R. E. 17, 111 Rupp, G. - 747
Sakamoto, T. - 219 Salzburger, H. - 51 Sasaki, T. - 193 Schmidt, F. A. - 797 Schramm, R. E. - 119 Schwartz, B. B. - 805
Author Index 987
Schwarz, G. - 61 Sekine, s. - 805 Senzaki, K. - 589 Shen, S. s. - 939 Shibata, K. - 153 Shih, C.-H. - 161 Shih, T. T. - 359 Shimada, M. - 145, 219 Shimamoto, s.- 137, 145, 169,
219 Simon, N. J. - 127 Skibina, L. V. - 489 Smith, L. R. - 547 Sparks, L. L. - 97 Specking, W. - 851, 875 Springer, E. - 747 Steeves, M. M. - 883 Stewart, W. F. - 425 Strum, M. J. - 291 Suemune, K. - 169 Suenaga, M. - 739, 755, 969 Summers, L. T. - 291 Sunder, W. A. - 647 Superczynski, M. J. - 977 Suzuki, s. - 193 Suzuki, Y. - 469
Tachikawa, K. - 707, 771 Tada, E. - 219 Tada, N. - 771 Takahashi, Y. - 219, 245 Takamura, s. - 41 Takei, K. - 535 Tanaka, M. - 615, 623 Tatara, I. - 891 Tedrow, P. M. - 601 Terada, N. - 559, 607 Thieme, C. L. H. - 805 Tien, J. K. - 319 Tone, S. - 145, 219 Tsuchiya, K. - 739, 969
Vasilenko, M. G. - 763 Vecchia, D. F. - 953 Verhoeven, J. D. - 797 Veringa, H. - 813 Verkhovodov, P. A. - 763
Wagner, G. R. - 923 Wakata, M. - 779
988
Waldman, D. P. - 311 Waltman, D. J. - 977 Wang, C.-G. - 579 Watanabe, K. - 715 Weisse, H. J. 747 Welch, D. 0. - 671 White, G. K. - 383, 407 Wilhelm, M. - 747
Xu, Y.-K. - 161, 237 Xue, K. S. - 211
Yamamoto, H. - 615, 623 Yamanaka, S. - 559, 607 Yamaoka, H. - 9 Yamashita, T. - 715 Yamauchi, I. - 137 Yang, B.-c. - 579
Author Index
Yang, H. C. - 909 Yasohama, K. - 867 Yasukochi, K. - 867 Yen, C.-T. - 319 Yerjemenko, T. M. - 947 Yoshida, K. - 219, 245 Yoshizaka, K. - 779 Yushchenko, K. A. - 271, 297,
483
Zaizen, T. - 137 Zaleski, A. - 805 Zannella, S. - 917, 931 Zhang, H. - 805 Zhang, M. - 237 Zhang, Y.-s. - 161 Zhao, X. - 237 Zieba, A. - 805
MATERIALS INDEX
Aluminum, 321 alloy Al-Mg, 321 oxide, 384, 390, 509
Cadmium, 323 alloy Cd-Ag, 323
Carbon fibers, 44 Composites
carbon fiber composite superconductor, 683
ceramic-glass, 433 fiberglass-epoxy, 3, 9, 18,
26, 111 G-10CR, NEMA grade, 18, 44 G-11CR, NEMA grade, 44 parallel fiber, 34 woven fabric, 1, 9, 18, 26,
34 Copper, 321, 384, 388, 453, 461
878, 969, 977 alloys
Cu-Mn, 334 Cu-Ni, 334 Cu-Ni-Au-Zn, 321 Cu-Si, 321 Cu-Zn, 321, 410 OFHC, .334, 453
E-glass fibers, 3, 9, 18, 26, 44
Epoxy resins, 44, 52, 62, 83, 89, 845, 977
Fibers carbon, 44 E-glass, 3, 9, 18, 26, 44
989
Gallium, 664 Germanium, 699
alloys Ge-Bi, 699 Ge-Pb, 699 Ge-Sn, 699
Glass, see E-glass Gold, 322
Incoloy, 883, 903 Inconels, 361, 878 Indium, 413
alloy, In-Sn, 311 Invar, 411 Iron, 324
austenitic alloys, 220 Fe-Cr-Mn, 245 Fe-5Cr-26Mn, 265 Fe-7Cr-32Mn, 154, 245 Fe-8Cr-28Mn, 272 Fe-12Cr-12Ni, 223 Fe-25Cr-5Ni, 324 Fe-Cr-Ni-Mn, 170, 483 Fe-5Cr-1Ni-25Mn, 303 Fe-7Cr-1Ni-28Mn, 193 Fe-7Cr-2Ni-32Mn, 154 Fe-Mn, 163 Fe-Mn-Al, 161 Fe-30Mn-6Al, 272 Fe-36Ni, 280
austenitic-martensitic alloys Fe-16Cr-6Ni, 272 Fe-17Cr-4Ni, 361 Fe-16Mn-4Ni, 273
austenitic stainless alloys, 220
990 Material Index
Iron (continued) austenitic stainless alloys
(continued) AISI 304, 124, 253, 324,
340, 412, 475 AISI 304L, 186 AISI 304LN, 127, 267 AISI 304N, 127 AISI 310S, 265 AISI 316, 267, 416 AISI 316LN, 227 Fe-13Cr-20Mn, 272 Fe-13Cr-22Mn, 223 Fe-14Cr-17Mn, 265 Fe-15Cr-25Mn, 223 Fe-18Cr-18Mn, 265 Fe-Cr-Ni, 489 Fe-14Cr-14Ni, 324 Fe-16Cr-5Ni, 298 Fe-19Cr-9Ni, 298 Fe-21Cr-6Ni, 298 Fe-25Cr-13Ni, 137, 233 Fe-25Cr-20Ni, 324 Fe-27Cr-18Ni, 223 Fe-Cr-Ni-Mn, 483 Fe-13Cr-5Ni-22Mn, 145, 265 Fe-14Cr-4Ni-14Mn, 272 Fe-16Cr-5Ni-18Mn, 177 Fe-20Cr-5Ni-7Mn, 272 Fe-20Cr-6Ni-9Mn, 238 Fe-20Cr-16Ni-6Mn, 265 Fe-Cr-Ni-Mo-Ti, 204 Fe-14Cr-20Ni-1Mo-2Ti, 350 Fe-15Cr-25Ni-1Mo-2Ti-1Mn,
292, 361 ferritic alloys, 220
AISI 410, 361 Fe-0.4Cu-1.1Mn-0.2Si-
0.06Nb, 212 Fe-1Cr-2Ni-1Mn, 340 Fe-4Ni, 212 Fe-6Ni, 272 Fe-9Ni, 272 Fe-4Ni-6Mn-0.3Mo, 273 Fe-13Ni-3Mo, 283
Lead, 322 alloys, 500
Pb-Bi, 501
Lead (continued) alloys (continued)
Pb-ln-Au, 501 Pb-Mo-S, 715
Lithium, 324
Magnesium, 323 Mercury, 323 Molybdenum, 879
Nickel, 321 alloys
Incoloy, 883, 903 Inconel, 361, 878 60Ni-20Cr-9Mo-6W-3Al, 280 Ni-Fe-Mo, 469 Ni3(Ti,Al), 291
Niobium, 324, 414, 501 Nb-Al, 805 Nb3Al, 591, 830, 917 Nb 3Au, 852 NbCN, 623 Nb3Ge, 501, 579, 591, 615,
631, 639, 830, 859 Nb (Ge-Si), 559 Nb~, 501, 535, 547, 571,
607, 683, 832 Nb 3Pt, 852 Nb3Si, 591 Nb3Sn, 501, 591, 647, 659,
674, 730, 739, 755, 771, 779, 787, 805, 813, 828, 830, 852, 859, 867, 875, 883, 891
Nb-Ta, 748 Nb-Ti, 723, 841, 923, 931,
939, 947, 953, 961, 969, 977
Palladium, 322 Platinum, 322 Polymers
bisphenol A, 3, 44 glycidyl amine, 91 isocyanulate oxazolidon, 44 phthalocyanine, 71 polycarbonate, 62, 84 polyethylene, 62, 83
Material Index
Polymers (continued) polyimide, 44 polystyrene, 62, 71, 106 polyurethane foam, 97 polyvinylchloride, 62 rubber, 105
Silicon, 502, 510 Silver, 322
alloys Ag-Al, 910 Ag-Al-Mn, 910 Ag-Au, 450 Ag-Mn, 910
Stainless steels (see also Iron, austenit~ stainless alloys)
filament reinforcement in superconductors, 878
Superconductors, ~specific material
Tantalum, 324, 414, 883 Titanium alloys
Ti-5Al-2.5Sn, 361 Ti-6Al-4V, 375 Ti-CNO, 323
Tungsten, 324
Vanadium, 414 v3Ga, 730, 794, 805, 830,
852, 859 ~(Hf,Zr), 707
• 601 V 3si, 591, 674, 830, 852
Zinc, 323 alloy Zn-22Al, 340
Zirconium, 323 alloys
zro2, 367 Zro2-ceo2, 368
991
SUBJECT INDEX
A15 structure superconductors, see specific material in Materials Index
AC losses, 899, 909, 917, 923, 931, 939, 947
Acoustic emission, 837 of composites, 25
Activation energy, 321 Activation volume, 321 Adiabatic heating, 185 Adsorption spectrum of
polymers, 72 Aging in austenitic steel, 193,
203, 293, 362 Alloy additions for improving
superconductors, see Ternary additions--
Aluminum-stabilized superconductors, 729
Amorphous metals, see Metallic glasses ---
Antiferromagnetism, 242 Aspect ratio effect in
superconductors, 777 Auger electron spectroscopy,
156, 617, 689 Austenitic steel, ~ specific
parameter or test
Barriers in Josephson junctions, 501, 509
Barriers, oxidized, 509, 540, 589
Bonding strength of composites, 981
993
Bronze process for superconductors, see In situ processed superconductors
Burst tests of pressure vessel steels, 214
Cables, superconductive, 875, 939
Carbon fiber composite superconductor, 683
Ceramic composite, 433 Chevrel phase superconductors,
715 Cold rolling of austenitic
steel, 177, 203 Cold-work effects, 453 Composites, ~ specific
parameter or test Compressive prestrain in
superconductors, 824 Compressive properties
of composites, 5, 41 of foams, 97
Copper stabilizer, electrical resistivity, 453, 461
Coupling in superconductors, 763, 901, 910, 939
Crack-tip opening displacement of pressure vessel steels, 215, 271
Creep, 319 dislocation creep mechanisms,
329 Critical current, 637, 649,
688, 709, 723, 733,
994 Subject Index
Critical current (continued), 743, 750, 758, 775, 783, 790, 800, 808, 817, 869, 888, 894, 902, 911, 929, 949, 953, 961
test methods, 953, 961 Critical field, 651, 679, 688,
711, 717, 764, 783 Critical temperature, 662, 676,
701, 710, 718, 743, 774, 783, 852
of films, 549, 561, 574, 579, 604, 613, 619, 626, 634, 642
transition width, 635, 642, 852
Current transfer in superconductors, 794
Deformation rates of polymers, 83
Dielectric loss of polymers, 61
Diffusion process in superconductors, see In Situ processed superconductors
Eddy current noise, 435, 943, 950
Edge junctions, 501 Elastic properties
of austenitic steels, 239 of composites, 1, 9, 54 of polymers, 64 of superconductors, 861, 885
Elastic strain effect in superconductors, 823, 833, 859
Electrical insulation, 982 Electrical properties of
epoxies, 55 Electrical resistivity, 387,
441, 453, 483 of copper stabilizer, 453,
461 due to strain, 453, 461,
489
Electrical resistivity (continued)
of impurities and defects, 443, 450, 453, 483, 489
of metallic glasses, 420 of superconductors, 548, 573
585, 644, 701, 748 Electromagnetic acoustic
transducers, 119 Electron emission, 617, 625,
781 Electron microscopy, 461, 640,
690, 700, 774, 790, 814, 872
of austenitic steels, 140, 175, 198, 209, 232, 234, 243, 294, 307, 309, 344
of copper, 328 of ferritic alloys, 343 of solder, 314 of titanium alloys, 380 of zinc-aluminum alloy, 344
Electron scattering, 445 Epoxies, ~ specific parameter
or test Epoxy-impregnated supercon
ducting coils, 845, 977 Euratom LCT Coil, 55
coil design, 57 insulation, 57 manufacturing, 58
External diffusion process, see In situ processed superconductors
Fatigue in austenitic steels, 250,
341, 351, 363 in austenitic weldment, 352 crack-growth rate, 182, 260,
341, 362 in composites, 9, 17 damage in composites, 21 effects on copper, 461 in ferritic alloys, 341 threshold, 346 Weibull distribution, 20 in zinc-aluminum alloy, 342
Subject Index 995
Ferritic steel (see also specific test or parameter)
processing, 283 Finite element modeling of
composites, 1 Flexural properties of
composites, 41, 54 Flux jumps, 819, 837 Flux pinning, 647 Foams, 97 Fracture toughness
of austenitic steel weldments, 303
of austenitic steels, 146, 178, 223, 271, 340, 361
of Ceo2-zro2, 370 of ferritic steels, 215,
271, 287, 340 of titanium alloys, 376
Fracture mechanics analysis, 364 Fracture of polymers, 83 Frequency dependence of ac
losses, 931 Fusion experimental reaction,
145, 169, 219
Glass transition, 419 Grain-boundary segregation, 300 Grain-size effects
in austenitic steel, 149, 177
in Nb3Sn wires, 782
Hardness of austenitic steels, 155
Heat capacity, see Specific heat High deformation rates of
polymers, 83 Holography, 113 Homogeneity in superconductors,
959 Hot isostatic pressing, 891 Hot rolling in austenitic
steel, 147, 177, 194 Hysteresis loss, 904, 923, 935,
945, 950
Impact properties of austenitic steels, 139,
145, 165, 172, 186, 196, 204, 212, 222, 241, 247, 271, 298
of composites, 41, 54 Impurities and defects,
electrical resistivity of, 443, 450, 453, 4S3, 489
In situ processed superconduc------tors, 647, 659, 739,
747, 755, 771, 779, 787, 799, 805, 867, 899, 909, 961
Insulation, electrical, 982 Interlaminar shear strength
of composites, 33 Internal friction
of composites, 9 test methods, 9
Internal reinforcement of superconductors, 875
Internal stress of composites, 1 Internally cooled supercon
ductors, 883 Irreversible strain in super
conductors, 826
J-integral toughness tests of austenitic steels, 150, 177. 223, 271
Josephson junctions, 311, 495, 535, 547, 554
barriers in, 501, 509
Lattice parameters, 563, 568, 586, 612, 619, 627, 753
of austenitic steels, 139 Laves phase of superconductors,
707
Magnetic impurity scattering, 909 Magnetic penetration depth, 538 Magnetic permeability, 469
of austenitic steels, 198, 253 Magnetic properties, 422, 469,
475, 483 Magnetic shielding, 469
996 Subject Index
Magnetic susceptibility of austenitic steels, 240, 475, 483
Magnetoresistance, 453 Martensitic transformations
in austenitic steels, 227, 243, 475
in Ce02-zro2, 367 in superconductors, 671, 833
Matthiessen's rule, 448 Mechanical loss of polymers, 61 Mechanical properties, see also
specific property --of metallic glasses, 420 of superconductors, 823, 837
~~tallic glasses, 403, 417, 420, 421
Microstructure in superconductors, 647, 690, 741
N~el temperature, 267 Nondestructive evaluation
electromagnetic acoustic, 119 photomechanical, 111
Optical microscopy of austenitic steels, 166,
213, 241, 279, 294, 299, 300
of ferritic steels, 286 of titanium alloys, 376
Optical relaxation of polymers, 71
Order parameters, 854 Oxidized barriers, 509, 540,
589
Phase diagrams for superconductors, 660, 675, 741
Phase transformations (see also Martensitic-transformations)
strain effects on, 475 Photo chemistry of polymers, 74 Photomechanical stress
analysis, 111 Pinning force, 652, 713, 802,
830 (see also Flux pinning)--
Polymers, !..!!. specific parameter or test
Powder metallurgy, superconductors, 805, 813
Prest rain in austenitic steels, 229 compressive, in supercon
ductors, 824 Pulsed magnetic field tests,
961
Quantum mechanical tunneling of dislocations, 329
Quench properties of superconductors, 969, 979
Radiation chemical effects of polymers, 90
Radiation resistance of epoxies, 55 of polymers, 89
Rapid solidification of superconductors, 699
Reflectivity, 552 Resistivity, !..!!. Electrical
resistivity
Scanning electron microscopy, see Electron microscopy
Shear modulus of austenitic steels, 267
Shear properties of foams, 97 Solders, 311, 313, 314 Solution treatment of
austenitic steel, 147, 155, 177. 194
Specific heat, 384, 425, 434 of austenitic steels, 238 in a magnetic field, 425, 433 of metallic glasses, 421
Spectral diffusion of polymers, 79
Stabilization, 433, 461, 969 Stacking fault energy, 268 Standard reference materials
for superconducting critical current, 953
for thermal conductivity, 389 for thermal expansion, 386
Stiffness in composites, 1
Subject Index 997
Strain effects on critical current of
superconductors, 751, 758, 765, 785, 787, 806, 823, 851, 855, 868, 878, 883, 891
on critical field of superconductors, 765, 823
on electrical resistivity, 453, 461, 489
on phase transformations, 475 on tensile properties, 185
Strengthening of austenitic steels, 195,
263, 277, 301 with C and N, 127, 137, 153,
161, 171 solid solution, 161, 172,
195, 207, 246 Stress analysis, photomechan
ical, 111 Substrate temperature, effects
of, 559, 581, 612 Superconducting electronics,
495 Superconducting generator, 359 Superconductors, see In situ
processed supercon=ductors, specific parameter or test
Surface currents, 925
Tensile properties of austenitic steels, 127,
137, 145, 153, 161, 169, 179, 194, 204, 212, 221, 229, 241, 246, 259, 263, 271, 292, 298, 305, 340, 361
of Ceo2-zro2, 370 of composites, 26, 41 of epoxies, 54 of ferritic steels, 283,
340, 361 of foams, 97 of polymers, 83 serrated flow, 185, 199, 228 of solder, 313
Tensile properties (continued) strain rate effects, 185 of titanium alloys, 361, 377 of weldments, 271, 283, 292,
305 Ternary additions to alloy
superconductors, 723 Ternary additions to compound
superconductors, 664, 679, 731, 747, 755, 771, 819, 831
Thermal conductivity, 389, 395, 425
of austenitic steels, 238, 361 of composites, 404, 435 in a magnetic field, 425, 433 of metallic glasses, 421 of metals and alloys, 401 of rubber, 105 of superconductors, 403 of titanium alloy, 361
Thermal expansion, 385, 407 of austenitic steels, 238, 252 of composites, 3, 54 of metallic glasses, 422 of metals and alloys, 409, 885 of superconductors, 885
Thermoelectric power, 420 Torsion pendulum, 62 Toughness tests, see Crack-tip
opening displacement, Fracture toughness, and J-integral toughness tests
Transmission electron microscopy, see Electron microscopy
Training in superconducting magnets, 847, 977
Tunneling, 509, 515, 554, 601 Twisting of superconductors,
904, 910, 952
Weibull distribution, 20 Welding
of austenitic steels, 271, 291, 292, 304, 349
consumables, austenitic, 280
defect effects, 282
998 Subject Index
Welding (continued) electron beam, 284 ferrite effects, 278 of ferritic steels, 271. 283
Weldments, 303, 352 (see also Tensile propertie;r--
X-ray diffraction, 552, 583 617. 717. 853
X-ray photoemission spectroscopy, 524, 591, 716
Young's modulus of superconductors, 857, 860, 870
