Index
359
M
Mach, v, vii, 1, 3, 13, 45, 197, 212
Mass density, 7, 29, 44ff., 241–242, 250,
263, 269
Mass of a dislocation, 74–75, 233, 291, 296
Material parameters, 7, 27, 144, 283
Maxwell, 6, 37, 154, 291
− ’s electrodynamics, − ’s theory, v, 6,
12, 37, 154, 238, 291
−’s equations, 2, 105, 107, 154, 238, 242,
254
Measuring-rod, vi, 2, 13–16, 81, 84–85,
87, 91–98, 104, 107, 113, 116, 124,
129, 133, 135, 142–148, 150, 154,
161–162, 180, 190, 193
Measuring-rods and clocks of a lattice, 87,
91, 193
Measuring section, 113–117, 122, 130, 133
Mechanical continuum, 37, 111, 148, 198
Mercury express, 220, 328–331, 336
Michelson, −Morley, 6, 154
− experiment, 10–11, 104, 129, 154, 163,
165, Chap.24
− interferometer, 255–256, 258
Micro-plasticity, 77, 143, 232
Miller, 16
Minkowski, 155–156, 158–159, 165, 300
− space, − geometry, 157, 159, 239, 300,
308–309
− spacetime, 155–156
− tensor, 139
Proper Minkowski rotation, 56
Modulus of elasticity, 7, 29, 34, 44, 54, 73,
243, 250
Modulus of shear, 60
Momentum, − and energy, 21–22, 39,
50–51, 228, 237–242, 251, 263, 269,
301, 304, 311
− conservation, 301
− of a dislocation, 70
− of a tachyon, 238, 300, 304–309,
316–321, 323–324, 326, 332
− density, 224, 239, 241, 263, 270
− stress, 283
Monocrystalline, 52, 57
Morley, 6, 104, 129
Motion of a dislocation line, 68
Moving breather, 100, 141, 206, 208
− kink, 96, 141–142, 296
Moving clock, v, vii, 14–15, 91, 100ff.,
145–146, 171, 176, 182ff., 235, 333
− length (and clocks), 94, 98, 114, 124,
126, 129, 130, 146–147, 163–164, 167,
190
Moving emitter, 200–202, 206–208, 210
Moving emitter, small velocities, 201, 209
Moving measuring rod, 14–15, 95–97,
107ff., 150, 168, 235, 247
Moving observer, 2, 95ff., 116–117,
129–130, 142, 202, 209–211, 263
Moving reference system, 118, 124, 131,
143, 163
Moving rod, vii, 96, 98, 114, 146–148,
159–160, 163–164
Mr Stus, 220
N
Naber, 157
Natural constant, 107, 128
Natural oscillation, 34, 204, 210
Natural parameter, 158
Natural units of measure, 81
Newton, vii, 18, 21, 123–124, 235
−’s axioms, 20–22, 41–43, 233, 237, 251
−’s corollarium, 21
−’s equations, −’s mechanics, ’−
motion, 18, 21–22, 28, 37, 39ff., 91–93,
125, 134ff., 232ff., 254, 261ff., 278
−’s inertia, 50–51, 68, 71, 233, 262–263,
269
Newton (measure of unit), 23, 543
Ney, 279–280
Non-conservative dislocation motion, 70,
285
Non-linearity, 74, 276, 285, 327
Normal clock, 113
Nuclear fission, 1, 16
Nuclear fusion, 16, 195
Nucleus, 151
Number of particles, 237
O
Observer, v, 2, 10ff., 72, 91ff., 125ff.,
142ff., 172ff., 207–209, 221, 224ff.,
250ff., 291, 296–297, 300, 307, 314,
320–321, 332
Outside −, 77, 108ff., 146–147, 193ff.,
219, 229–232, 247
Obukow, 5
Optical Doppler effect, 201
Orowan, 63
Oscillating breathers, 108, 172, 193, 206,
253
359
M
Mach, v, vii, 1, 3, 13, 45, 197, 212
Mass density, 7, 29, 44ff., 241–242, 250,
263, 269
Mass of a dislocation, 74–75, 233, 291, 296
Material parameters, 7, 27, 144, 283
Maxwell, 6, 37, 154, 291
− ’s electrodynamics, − ’s theory, v, 6,
12, 37, 154, 238, 291
−’s equations, 2, 105, 107, 154, 238, 242,
254
Measuring-rod, vi, 2, 13–16, 81, 84–85,
87, 91–98, 104, 107, 113, 116, 124,
129, 133, 135, 142–148, 150, 154,
161–162, 180, 190, 193
Measuring-rods and clocks of a lattice, 87,
91, 193
Measuring section, 113–117, 122, 130, 133
Mechanical continuum, 37, 111, 148, 198
Mercury express, 220, 328–331, 336
Michelson, −Morley, 6, 154
− experiment, 10–11, 104, 129, 154, 163,
165, Chap.24
− interferometer, 255–256, 258
Micro-plasticity, 77, 143, 232
Miller, 16
Minkowski, 155–156, 158–159, 165, 300
− space, − geometry, 157, 159, 239, 300,
308–309
− spacetime, 155–156
− tensor, 139
Proper Minkowski rotation, 56
Modulus of elasticity, 7, 29, 34, 44, 54, 73,
243, 250
Modulus of shear, 60
Momentum, − and energy, 21–22, 39,
50–51, 228, 237–242, 251, 263, 269,
301, 304, 311
− conservation, 301
− of a dislocation, 70
− of a tachyon, 238, 300, 304–309,
316–321, 323–324, 326, 332
− density, 224, 239, 241, 263, 270
− stress, 283
Monocrystalline, 52, 57
Morley, 6, 104, 129
Motion of a dislocation line, 68
Moving breather, 100, 141, 206, 208
− kink, 96, 141–142, 296
Moving clock, v, vii, 14–15, 91, 100ff.,
145–146, 171, 176, 182ff., 235, 333
− length (and clocks), 94, 98, 114, 124,
126, 129, 130, 146–147, 163–164, 167,
190
Moving emitter, 200–202, 206–208, 210
Moving emitter, small velocities, 201, 209
Moving measuring rod, 14–15, 95–97,
107ff., 150, 168, 235, 247
Moving observer, 2, 95ff., 116–117,
129–130, 142, 202, 209–211, 263
Moving reference system, 118, 124, 131,
143, 163
Moving rod, vii, 96, 98, 114, 146–148,
159–160, 163–164
Mr Stus, 220
N
Naber, 157
Natural constant, 107, 128
Natural oscillation, 34, 204, 210
Natural parameter, 158
Natural units of measure, 81
Newton, vii, 18, 21, 123–124, 235
−’s axioms, 20–22, 41–43, 233, 237, 251
−’s corollarium, 21
−’s equations, −’s mechanics, ’−
motion, 18, 21–22, 28, 37, 39ff., 91–93,
125, 134ff., 232ff., 254, 261ff., 278
−’s inertia, 50–51, 68, 71, 233, 262–263,
269
Newton (measure of unit), 23, 543
Ney, 279–280
Non-conservative dislocation motion, 70,
285
Non-linearity, 74, 276, 285, 327
Normal clock, 113
Nuclear fission, 1, 16
Nuclear fusion, 16, 195
Nucleus, 151
Number of particles, 237
O
Observer, v, 2, 10ff., 72, 91ff., 125ff.,
142ff., 172ff., 207–209, 221, 224ff.,
250ff., 291, 296–297, 300, 307, 314,
320–321, 332
Outside −, 77, 108ff., 146–147, 193ff.,
219, 229–232, 247
Obukow, 5
Optical Doppler effect, 201
Orowan, 63
Oscillating breathers, 108, 172, 193, 206,
253