|
|
 |
| Авторизация |
|
|
|
| Поиск по указателям |
|
|
|
|
|
|
|
 |
|
|
|
| Bouman J. (ed.) — Selected Topics in X-Ray Crystallography |
|
|
|
| Предметный указатель |
Powder, models of a 228
Powder, steric hindrance in a 227
Preston, G.D. 113 139
Preston, R.D. 341
Prins, J.A. 193 200 206 209
Prophete 322
Quantitative X-ray analysis 213 ff.
Quantitative X-ray analysis of frozen raw rubber 271
Quantitative X-ray analysis of rubber 266
Quantitative X-ray analysis of vulcanized rubber 264 266
Quantitative X-ray analysis with miniature camera 267
Read, W.T. 164 166
Reciprocal lattice 19 26 142
Reciprocal space 4
Reciprocal space for white radiation 118
Recovery 167
Recrystallization 167
Recrystallization of rubber 288 289
Redmonds, J.C. 220
Reduced crystal 65
Reduced crystal, third order 65
Reinders, W. 174
Representation atomic 3 8 10 82
Representation continuous 3 8 82
Retigram illustrations 30
Retigram intensity of reflections 27
Retigraph application 24
Retigraph description 29
Retigraph disadvantages 22
Retigraph for zero net planes 26
Retigraph requirements 31
Retigraph theory 19
Reynolds, D.H. 220 265
Rinn, H.W. 247
Ripening of silver bromide emulsions 180
Ripening Ostwald 180
Robertson, J.M. 32 ff. 56
Rodewald, H. 365
Roehm, F. 157
Rubber crystallinity as a function of temperature 287 290
Rubber crystallinity of crepe rubber 282
Rubber crystallinity of gutta 282
Rubber crystallinity of smoked sheet 281
Rubber density measurements 285 286
Rubber effect of vulcanization on crystallinity 283 284
Rubber estimates of crystallization 263 264
Rubber hysteresis of crystallization 287 288
Rubber orientation of crystallites 275
Rubber photometer records 269 271 272
Rubber quantitative X-ray analysis 266
Rubber recrystallization 288 289
Rundle, R.E. 302 358 363 364 366
Rusterholz, A. 224 227
Sachs, G. 137 157 164
Sahai, P.N. 317 319 320
Sandee, J. 162
Sarginson, K. 113
Saylor, C.P. 263
Schaaf, E. 363
Scherrer, P. 59
Schiebold, E. 72 137 142 164
Schoszberger, F. 279
Sekito, S. 219
Selenium 201
Selenium glass 203
Selenium, crystalline structure 203
Selenium, pulverization of 202
Sensitivity specks 180
Senti, F. 358
Setting of crystal normal 19
Sheppard, S.E. 138 180 184
Sherman, J. 45 ff.
Shockley, W. 164 166
Side spacing reflections 304 305
Side spacing reflections, differences in various wax diagrams 309 310
Silver bromide lattice dilation 174
Silver bromide ripening of emulsions 180
Silver halides 184
Silver K-absorbtion edge 116
Silver specks 184
Simard, G.L. 273
Sin (A B C) 20
Singer, R. 335
Slot ring shaped 22
Smith, H. 139
Smith, J.A.B. 306 315 317 318 320
Smith, W.H. 263 281 282
Spectrometer 217
Spencer, L. v. Cliff 178
Standard projection 73 74
Standard projection of Schiebold and Sachs 74
Starch grains chain configuration 358 ff.
Starch grains crystal structure 299 301 358 366
Starch grains density 365
Starch grains fibre pattern 354 356 357
| Starch grains optical behaviour 364 366
Starch grains powder diagrams 355
Starch grains, grains of large size 353
Starch structural formula 358
Stasiw, O. 187 188
Stimulation crystal 163
Stimulation of crystal growth 161 164
Stokes, A.R. 59 65 80 92 105
Straman, J.F.S. 319 322
Structure factor 12
Structure factor, error in 34
Stumpen, H. 217
Sulfur 206
Sulfur, hysteresis of 209
Sulfur, transformation in the liquid state 208
Supercooled liquids 191 193
Supercooled liquids, mercury 197
Tan Koen Hiok 79 140 141
Taylor dislocations 166 167
Taylor, A. 73 181
Taylor, G.I. 146 147 157
Teltow, J. 187 188
Tennevin, J. 164
Termination effects 34
Termination effects in fluorite 45
Termination effects, error 35
Tiedema, T.J. 168
Tin dendrite structure 113
Tin diffuse pattern 113 115 116
Tin elastic constants 126
Tin elementary cell 115
Tin intensity space 122 124
Tin K-absorbtion edge 116
Tin Laue photograph 115 123
Tin thermal theory 124 ff.
Transition point 194
Transition region 138 166
Translation 3
Treloar, L.R.G. 264 290
Trial and error methods 32
Trillat, J.J. 117 305
Trivelli, A.P.H. 138
Turnbull, D. 169
v. Arkel, A.E. 146
v. Itallie, Th. 355 357
v. Laue, M. 69
v. Reijen, L.L. 36 38 43 79 95 97
v. Rossum, A. 295
Vitrification 193
Vogler, H. 175
Wagner, A. 79 105
Wagner, C. 185 ff.
Waller, formula of 64
Waller, I. 59 64 65 131
Warren, B.E. 90
Wave vector 109 125
Waves acoustical 109 125
Waves optical 109 125
Waves standing 107
Wax esters 303 306
Wax rods of sugar cane, birefringence 335 336
Wax rods of sugar cane, electron microscopy 338
Wax rods of sugar cane, fibre pattern 332
Wax rods of sugar cane, orientation of crystallites 325 ff.
Wax rods of sugar cane, submicroscopic structure 329
Waxes formation of plant 299 323 324
Waxes of various plant species 319 ff.
Waxes side spacing reflections 304 309 310
Waxy coatings of plants, chemical analysis 299 300 303 304
Waxy coatings of plants, constitution 299 300 304 322
Waxy coatings of plants, microscopic structure 299 325 326
Waxy coatings of plants, submicroscopic structure 299 ff. 325 326 334
Webb, J.H. 174 184
Weber, E. 326 329 335
Weigle, J. 82 111
West, J. 34
Wiesner, J. 325
Wijnberg, A. 322
Wilchinsky, Z.W. 217
Wildschut, A.J. 288 289 291 292
Williams, E.F. 303 306 315 317 322 323
Wilson, A.J.C. 59 65 80 81 92 105
Wilson, formula of 92
Witnauer, L.P. 358
Woldringh, J.S. 350
Wood, L.A. 281 282 286
Woods, H.J. 177
Woodward, I. 34
X-ray micro-method 299 301 331 340
X-ray structure investigations 32 34
Yamaguchi, K. 147
Zachariasen, W.H. 113
Zernike, F. 193 200 201
Zone 7
Zwetsch, A. 217
|
|
|
| Реклама |
|
|
|
|
|
О проекте