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| Авторизация |
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| Поиск по указателям |
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| Billington D.S., Crawford J.H. — Radiation Damage in Solids |
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| Предметный указатель |
velectron spin resonance 364
Vicat, M. 169
Vineyam, G.H. 28 36 39 282
Vink, H.J. 62
Volume change, copper 101
Von Lane, A. 6
Vook, R.W. 101 119 122 223
Voreck, K. 241
Wagner, C. 62
Waite, T.R. 48
Walker, R.M. 116 120—122
Wallace, P.B. 397
Wallace, W.P. 134
Walton, G.N. 93 94 380 383
Ward, L. 244 250 253 250
Way, K. 90
Weber, C.E. 390—391
Wechsler, M.S. 202—203 205 207—211
Weeks, R.A. 253—255 263
Weerts, J. 174
Wehner, G.K. 8 9
Weiss, R.J. 103 434 417
Weisskopf, V.F. 318
Weld metal E-7016, notch-impact properties 153
Weld metal E-7016, temperature of irradiation 144
Weld metal E-7016, tensile properties 144
Wert, C.A. 101 110 112 119 122
Wertheim, G.K. 322 332—334 340 344—345
Wertz, J.E. 281
Westerveli, D.B. 280 297
Westrum, E.F. 226 233
Whapham, A.D. 298 300
Whelan, M.J. 73
White, D.W. 391
Whitsett, C.A. 337
Whittaker, V.N. 166
Wigner effect, radiation damage 5 6
Wigner energy 13
Wigner, B.P. 5 6 90
Wilks, J. 128
Willardson, R.K. 346—347
Willis, A.H. 391
Willis, B.T.M. 293
Wilson, J.C 80 85 124 133 137 139—140 143—144 149 151 153—157 161—164
Witt, H. 62 63 285
Wittels, M.C. 218—220 222—231 233—235 252 387
Witzig, W.F. 161—162 177—178
Wollaston, J. 6
Wolley, E.D. 35 87
Woodbury, H.H. 350
Woods, W.K. 399 400 402 407—412
Work hardening, annealing 70
Work hardening, dislocation interaction 69
Wright, K.A. 352
Wruck, D. 110 112
Wyatt, L.M. 380
Wyluda, B.J. 350
X-ray bombardment, diamond 241
X-ray bombardment, fused silica 258 figures
X-ray bombardment, glass 259
X-ray bombardment, ionic crystals 268—269
X-ray bombardment, lithium fluoride 300
X-ray bombardment, magnesium oxide 280
X-ray bombardment, multiple ionization of anions 269
X-ray bombardment, potassium chloride 270 280 285 297 300
X-ray bombardment, quartz 259
| X-ray bombardment, sodium chloride 270 274 285 287 297
Yearian, H.J. 222
Yield point 144
Yield strength, austenitic stainless steel 136
Yield strength, beryllium 136
Yield strength, carbon steels 136
Yield strength, copper 141
Yield strength, ferritic stainless steel 130
Yield strength, iron 141
Yield strength, molybdenum 138
Yield strength, neutron bombardment 136
Yield strength, temperature of irradiation 141
Yield strength, tungsten 136
Yield strength, uranium 136
Yield strength, uranium alloys 136
Yield strength, zirconium, heavily cold-worked 136
Yield stress 144
Yield stress, lithium fluoride 298
Yield stress, temperature dependence, copper 140
Yield stress, temperature dependence, neutron bombardment 140
Yield stress, temperature dependence, nickel 140
Yoekey, H.P. 86 97 108 161
Young, F.W, 123
Young’s modulus, aluminum oxide 238
Young’s modulus, anisotropic, graphite 396
Young’s modulus, austenitic stainless steel 102
Young’s modulus, copper 103 126 129
Young’s modulus, copper-beryllium 189
Young’s modulus, cordierite 238
Young’s modulus, electron bombardment 129
Young’s modulus, forsterite 238
Young’s modulus, fused silica 227 238
Young’s modulus, molybdenum 102
Young’s modulus, neutron bombardment 102 126
Young’s modulus, phosphor bronze 102
Young’s modulus, plate glass 238
Young’s modulus, quartz 227
Young’s modulus, steatite 238
Young’s modulus, temperature of irradiation 103
Young’s modulus, uranium 378
Young’s modulus, zircon 238
Young’s modulus, zirconium oxide 233
Zaimovsky, A.S. 379—380
Zakharov, A.I. 197—198
Zavoisky, V.K. 380
Ziemen, E.E. 282—283
Zimmerman, D.L. 133
Zinc blend structure 223—224 335
Zinc, alpha-particle bombardment 161—162
Zinc, creep 161—162
Zinc, range of recoils from  reactions 48
Zinc, resistivity 115
Zircaloy-2, tensile properties 133
Zircon, anisotropic expansion 228 234
Zircon, density change 237
Zircon, thermal conductivity 237
Zircon, Young’s modulus 238
Zirconium oxide, fission spikes 235
Zirconium oxide, phase transformation 234 387
Zirconium oxide, thermal spikes 235 387
Zirconium oxide, Young’s modulus 238
Zirconium, creep 161—162
Zirconium, hardness 162
Zirconium, resistivity 109 115
Zirconium, tensile properties 133 135
Zirconium, yield strength 136
Zukas, J.C. 162—163
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