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| Àâòîðèçàöèÿ |
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| Ïîèñê ïî óêàçàòåëÿì |
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| Griffits D. — Introduction to elementary particles |
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| Ïðåäìåòíûé óêàçàòåëü |
Particles, gluon 48 55—56 60—61 260 275 279—281
Particles, graviton 16 48 55—56
Particles, J or  meson (see “ meson”)
Particles, K meson, charged 29 31—38 128 318
Particles, K meson, kaon (see “K meson”)
Particles, K meson, neutral 29—30 32—38 131—133
Particles, muon 4 18—19 24—25 27 66 100 304—309
Particles, neutrino 14 19 22—28 124—125
Particles, neutron 14 24 27 68 116 135 309—314
Particles, nucleon 116
Particles, photon 14—17 47 55—57 225—230
Particles, pion 18—19 24—25 27 51 68 124—125 211
Particles, positron 14 20—21 217 230
Particles, proton 4 13 29—34 39—40 77 116 262—275
Particles, r lepton 44 47 261
Particles, s (strange) quark 37 122 31—33 182—184
Particles, t (top or truth) quark 44 47 122
Particles, u (up) quark 37 122
Particles, W 44—47 55—56 301
Particles, Z 6 46—47 55—56 301 340
Parton model 269—273
Partons 42 270 “Quark”)
Pauli matrices 115 139 216 334 351 379
Pauli principle 1 3 18 41 174—176
Pauli spinor 113
Pauli spinor, polarization vector 229
Pauli spinor, wave function 145
Pauli, W 23 125 208
PCAC hypothesis 313 319
Perturbation theory 59
Perturbation theory, nonrelativistic 143 151
Perturbation theory, relativistic (see “Feynman calculus”)
Perturbative QCD 279 295
Phase space 194—195
photoelectric effect 15
Photon 14—17 47 55—57 225—230
Pion 18—19 24—25 27 51 68 124—125 211 314—317
Pion decay constant 315—316
Planck formula 14 90 149
Planck, M 14
Planck’s constant 14 108
Plane waves 218 227
Polar vector 126—127
Polarization 62—63 227—229
Polarization vector 227—229
Positron 14 20—21 217 230
Positronium 143 159—64 245—246
Potential Coulomb 148 164 194 285 287
Potential Coulomb, four-vector 226—228
Potential Coulomb, interquark 165—167 279 284—289
Potential Coulomb, linear-plus-coulomb 165—167
Potential Coulomb, scalar 226
Potential Coulomb, vector 226—228
Potential energy term 361 363
Powell, C. F 18—19 24—25 29 31
Primitive vertex (see “Vertex”)
Proca equation 213 346
Projection matrix 339
Propagator 203 357
Propagator, electron 230
Propagator, gluon 283
Propagator, modified 247
Propagator, photon 230
Propagator, quark 283
Propagator, spin one, massive 302 358
Propagator, spin one, massless 230 359
Propagator, spin one-half 203 358
Propagator, spin zero 203 358
Propagator, unstable particle 329
Propagator, W and Z 302 325 329
Proper time 87
Proper velocity 88
Proton 4 13 29—34 39—40 77 116 262—275
Proton Nucleon-nucleon scattering 118—119
Pseudoscalar 126—127 223—224
Pseudoscalar mesons 34 110 169—172
Pseudovector (see “Axial vector”)
Quantum chromodynamics (QCD) 3 55—56 60—65 164 279—299 355—357
Quantum electrodynamics (QED) 3 18 55—60 153 155
Quantum field theory 2 3 10 16 21 135 175 189 343 357
quantum mechanics 2 3 143—148 189
Quantum mechanics, distribution functions 273—276
Quantum mechanics, masses 53 122
Quantum mechanics, model 37—44
Quantum mechanics, number 74
Quantum mechanics, search 39—40
Quantum mechanics, table 47 122
Quantum mechanics, weak interactions 317—322 (see also “Particles”)
Quark-quark interaction 284—289
Quarkonium 160 162—169 “Charmonium”)
Quasi-bound state 162—163 166
R 261—263
Rabi 1 29 149
Radial equation 147
Radiative corrections 155
Raising operator 140
RANGE 17 51—52
Reactor 4 26
Real particle 59—60
Reduced mass 160
Reflection 125—126
Regularization 208
Reines, F 26
Relativistic correction 151—152
Relativistic mechanics 2 87—99
Relativity 3 81—82
Renormalization 156 209—210 246—250 360
Representation 107 116
Resonance 120 140 191 262—263
Richter, B 42
Right-handed state 27 124 331—333
Rochester, G. D 29—30
Rosenbluth formula 266 268—269
Rotation 105—106
Rotation group 107 (see also “Groups”)
Rotation matrix 115 137 139
Rubbia, C 46 327
Running coupling constant (see “Coupling constant”)
Rutherford scattering 12—13 40 193—194 232—233 240—241 309 313
Rutherford, E 12—13 249
Rydberg formula 151
S (see “Strangeness”)
s (strange) quark 37 122
Salam, A 56 323 330
scalar 87 224
Scalar product 86
Scaling (see “Bjorken scaling”)
| Scattering 2 (see also “Bhabha scattering” “Collisions: “Cross “Electron-muon “Electron-positron “Electron-proton “Golden “Mailer “Mott “Neutrino-electron “Rutherford
Scattering amplitude 119 (see also “Amplitude”)
Scattering angle 191—192
Schrodinger equation 143—148 213—214 217
Schwinger, J. S 56 153 155 208
screening 62—64 249 294
SEA (see “Dirac sea”)
Sea quarks 275—276
Semileptonic decay 67 318—319
Separation of variables 145—146
Sextet 288 2 182—184
Simultaneity 82
Singlet 112 118 158—159 singlet”)
SLAC 5 8 40 258 273 327
slash notation 235—236 238
SO(N) (see “Groups”)
Solar neutrinos 26
Spacelike four-vector 86
Spectator quark 68 70
Spectrum 148 150—151 155 162—163 167
Spherical harmonics 147—148 186
Spin (see “Angular momentum”)
Spin and statistics 175
Spin matrices 113—115 139 221
Spin-averaged amplitude 236
Spin-orbit coupling 151 153—154 157
Spin-spin coupling (see “Hyperfine structure”)
Spinor 113—115 (see also “Dirac spinor”)
Spontaneous symmetry-breaking 323 343 360 362—365
Stable particle 72—73
Standard model 3 46—48 121—122 322 325 350 367—368
State 3
Statistical factor 195
Stevenson, E. C 18
Storage rings 5
Strange particles 28—33
Strangeness 32—34 37—39 47 118
Street, J. C 18
Strength 55 76 78
Strong force 17 32—33 55—56 279
Structure constants 282 297
Structure functions 264—276 (see also “Quark distribution
Subparticles 48 53
Sum rules 276 278
Supermultiplet 36 43 121 171—80 decuplet” “Baryon octet”)
Symmetric state 112 118 174
Symmetric tensor 100
Symmetry 103—141
t quark 44 47 122
TCP theorem 3 135
Tensor 86—87 9
Thomas precession 153
Thomson, J. J 11—12
Three-jet event 258—260
Threshold 22 96—97 101 261—263
Time dilation 83
Time reversal 103 134—135
Timelike four-vector 86
Ting, C. C 42
Top 44 47
Top quark (see “t quark”)
Toporiium 167
Total cross section 193
Trace 237—239
Trace theorems 238—239 380
Transformation, Dirac spinor 222—223
Transformation, four-vector (see “Lorentz transformations”)
Transformation, tensor 86—87 (see also “Charge conjugation” “Parity” “Time
Transition probability 3
Translation 105
Transverse gauge (see “Coulomb gauge”)
Transverse polarization 228
Tree-level diagram 206 249 282
Triangle function 101
Triplet 112 118 158—159
Truth 44 47
Two-jet event 258—259
Two-neutrino hypothesis 27—28
t’Hooft, G 210 323 360
u quark 37 122
U(n) (see “Groups”)
Uncertainty principle 51—52 73
Unification 31 76—78 330—337
Unitary matrix 106 351
UNITS 8 9 200—201 230 347
Up quark (see “u quark”)
Upness 47
V-A interaction 303 324 330
V-events 29
VACUUM 362—364
Vacuum polarization 63 156 246 293
Valence quarks 275—276
Vector 224
Vector interaction 302—303 309 313 324 330 332
Vector meson 110 169—172
Vector potential 226—228
Velocity addition rule 83 88
Vertex 73
Vertex, ABC 201
Vertex, QCD 60—61 280 282—283 359
Vertex, QED 56—57 230 359
Vertex, weak 65—67 69—71 302 317 322 336—337
Virial theorem 144
Virtual particle 58—60 78 257—258
W boson 46—47 48 55—56 301
Ward identity 250
Wave function 3 145 176 214 347
Weak force 32 55—56 123 301—341
Weak hypercharge 333—335
Weak interaction 65—72
Weak interaction, charged 65 67 301—304 317—322
Weak interaction, neutral 66 69 322—330
Weak isospin 333—335
Weak mixing angle 324 336
Weinberg angle (see “Weak mixing angle”)
Weinberg, S 56 323 330
Weyl, H 125 350 354 356
work function 15
Wu, C. S 123
Yang — Mills 354
Yang — Mills theory 350—355
Yang, C. N 56 122 128 350
Yukawa coupling 368
Yukawa meson 14 17—18 47 51 65
Yukawa, H 17—18 47 56
Z boson 6 46—47 55—56 301 340
Zweig, G 37
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