356
Index
Continuous distributions of a dislocation, 73
Continuum, vii, 35ff., 58ff., 83ff., 148ff.,
198ff., 261ff.
− approximation, vii, 69–70, 77, 151,
162, 275, 277
− mechanics, 55, 77, 109, 233, 242
Continuum approximation of crystal lattice,
162
Contraction,
cf.
also
Einstein
−,FitzGerald−Lorentz
−,
Length −,Lorentz −, vii, 143, 147
Coordinates, 128
Coordinate system, 11, 94, 155
Correlation, 6, 229, 320
Critical shear modulus, 72
Critical shear stress, 61, 78
− velocity, 7, 56, 92–93, 128, 134ff.,
161–162, 174, 193ff., 251, 254
− signal velocity, vii, 12, 74, 92,
Chap.12, 300
− velocity of plastic deformation, 195
Crystal defects, 61
D
Decker, 118
’def’, 276
Definition of simultaneity, v, vii, 126,
138–139,
154–155,
160–161,
163–165
Dehlinger, 67, 69
Dimensionless units, 75
Dirac, −’s function, 288
Discontinuous structure, 36
Dislocation, vi, 55–57, 62ff., Chap.7–8, 143,
195, 223
− coordinates, 68–70
− current, 285–286
− density, 280, 282, 285
− dynamic, 70–71, 93
− kinematic, 276, 285
− line, 51, 61ff., 111–112, 233, 280, 285,
289
− mass, 71, 74, 143, 195, 239, 253
− motion, 64–65, 231–234, 284–285,
297
− velocity, 74, 78–79, 289
Dispersion, 9, 33–36, 198, 234
Dispersion free, 9, 33, 198, 234
Dispersion relation, 9, 34
Doppler, − effect, 16, 45, Chap.18, 197ff.
Dr Fast, 220–221, 228, 328ff.
Dynamically stabile, 67
Dynamic definition of simultaneity, 236
Dynamics of defects, 235
Dynamics of dislocations, 71, 93
E
Edge dislocation, 63–64, 66, 280, 284–285
Effective mass, 29, 69, 73–74
Effective modulus of elasticity, 29
Effective specific mass density, 29
Effective velocity, 114–116
Eigen deformation, 296
− frequency, 199
− strain, 126, 283, 296
− stress, Chaps.26–27, 56, 230, 275, 283,
288, 291
Eilenberger, 224, 299
Einstein, v–vii
-’s composition of velocities, 114, 126,
178–179, 219, 251, 300–301, 305–306,
318
− contraction, vii, 162–165
-’s equivalence of mass and energy,
16–17, 75, 195, 251, 296
-’s principle of relativity, v, 11–13, 18,
118, 130, 142–144, 154, 159–161, 165,
349
-’s postulate, 11, 131
-’s simultaneity, 138
-’s Special Theory of Relativity, 154, 184,
212, 215, 219
-’s Summation convention, 269
-’s time dilatation (experimentum crucis), 15–16, 108, 154, 212
-’s universal constancy of the speed of
light, 12, 111, 154, 160, 349
Elastic collision, 39–40, 228, 325
− deflection, 7
− deformation, 7, 51, 56, 58–60, 72, 112,
143, 231, 266–267, 276, 286, 288, 291,
295
− dilatation, 273
− displacement, −− field, −− vector,
55, 62, 64, 78, Chap.25, 263, 266–267,
270, 276, 278, 280, 286, 295
− distortion, 278, 280, 282
− energy, 290
− ether model, 45
− moduli, 270
− rod, 7, 34, 36–37, 43
− shear, 60
− spring, 27–28
− strain, 55, 266–268, 270, 282, 297
Index
Continuous distributions of a dislocation, 73
Continuum, vii, 35ff., 58ff., 83ff., 148ff.,
198ff., 261ff.
− approximation, vii, 69–70, 77, 151,
162, 275, 277
− mechanics, 55, 77, 109, 233, 242
Continuum approximation of crystal lattice,
162
Contraction,
cf.
also
Einstein
−,FitzGerald−Lorentz
−,
Length −,Lorentz −, vii, 143, 147
Coordinates, 128
Coordinate system, 11, 94, 155
Correlation, 6, 229, 320
Critical shear modulus, 72
Critical shear stress, 61, 78
− velocity, 7, 56, 92–93, 128, 134ff.,
161–162, 174, 193ff., 251, 254
− signal velocity, vii, 12, 74, 92,
Chap.12, 300
− velocity of plastic deformation, 195
Crystal defects, 61
D
Decker, 118
’def’, 276
Definition of simultaneity, v, vii, 126,
138–139,
154–155,
160–161,
163–165
Dehlinger, 67, 69
Dimensionless units, 75
Dirac, −’s function, 288
Discontinuous structure, 36
Dislocation, vi, 55–57, 62ff., Chap.7–8, 143,
195, 223
− coordinates, 68–70
− current, 285–286
− density, 280, 282, 285
− dynamic, 70–71, 93
− kinematic, 276, 285
− line, 51, 61ff., 111–112, 233, 280, 285,
289
− mass, 71, 74, 143, 195, 239, 253
− motion, 64–65, 231–234, 284–285,
297
− velocity, 74, 78–79, 289
Dispersion, 9, 33–36, 198, 234
Dispersion free, 9, 33, 198, 234
Dispersion relation, 9, 34
Doppler, − effect, 16, 45, Chap.18, 197ff.
Dr Fast, 220–221, 228, 328ff.
Dynamically stabile, 67
Dynamic definition of simultaneity, 236
Dynamics of defects, 235
Dynamics of dislocations, 71, 93
E
Edge dislocation, 63–64, 66, 280, 284–285
Effective mass, 29, 69, 73–74
Effective modulus of elasticity, 29
Effective specific mass density, 29
Effective velocity, 114–116
Eigen deformation, 296
− frequency, 199
− strain, 126, 283, 296
− stress, Chaps.26–27, 56, 230, 275, 283,
288, 291
Eilenberger, 224, 299
Einstein, v–vii
-’s composition of velocities, 114, 126,
178–179, 219, 251, 300–301, 305–306,
318
− contraction, vii, 162–165
-’s equivalence of mass and energy,
16–17, 75, 195, 251, 296
-’s principle of relativity, v, 11–13, 18,
118, 130, 142–144, 154, 159–161, 165,
349
-’s postulate, 11, 131
-’s simultaneity, 138
-’s Special Theory of Relativity, 154, 184,
212, 215, 219
-’s Summation convention, 269
-’s time dilatation (experimentum crucis), 15–16, 108, 154, 212
-’s universal constancy of the speed of
light, 12, 111, 154, 160, 349
Elastic collision, 39–40, 228, 325
− deflection, 7
− deformation, 7, 51, 56, 58–60, 72, 112,
143, 231, 266–267, 276, 286, 288, 291,
295
− dilatation, 273
− displacement, −− field, −− vector,
55, 62, 64, 78, Chap.25, 263, 266–267,
270, 276, 278, 280, 286, 295
− distortion, 278, 280, 282
− energy, 290
− ether model, 45
− moduli, 270
− rod, 7, 34, 36–37, 43
− shear, 60
− spring, 27–28
− strain, 55, 266–268, 270, 282, 297