Ioffe B.L., Khoze V.A., Lipatov L.N. — Hard processes (volume 1). Phenomenology Quark-Parton Model :: Электронная библиотека попечительского совета мехмата МГУ

Главная Ex Libris Книги Журналы Статьи Серии Каталог Wanted Загрузка ХудЛит Справка Поиск по индексам Поиск Форум

Авторизация

Поиск по указателям

Ioffe B.L., Khoze V.A., Lipatov L.N. — Hard processes (volume 1). Phenomenology Quark-Parton Model

Читать книгу
бесплатно

Скачать книгу с нашего сайта нельзя

Обсудите книгу на научном форуме

Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter

Название: Hard processes (volume 1). Phenomenology Quark-Parton Model

Авторы: Ioffe B.L., Khoze V.A., Lipatov L.N.

Язык:

Рубрика: Физика/Квантовая теория поля/Квантовая хромодинамика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1984

Количество страниц: 340

Добавлена в каталог: 12.09.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

annihilation      see annihilation $e^+e^-\to$ hadrons
$e^+e^-\to\mu^+\mu^-$       66 72 73 82—87 104 168 250 274 293 330
$J/\Psi$ meson      2 71 160 176 187 188 212 213 219 228 229 231 239 293
$SU(3)_{colour}$       3 215
$SU(3)_{flavour}$       125 209 218 219 222—227 297 318 323
$SU(3)_{flavour}$ violation      218 219 297 318 323
boson      5 24 84 106 257
$\eta$ -meson      212 213 228 229 265 270 282 283
$\eta’$ -meson      212 213 228 229 269 270 277
$\nu(\bar\nu)N$ scattering charged current      17—22 42 52—54 285 295—297 317 318 327
$\nu(\bar\nu)N$ scattering neutral current      22—25 284 297—298
$\omega$ -meson      153 154 156—162 166 170—183 212 219 228 230 262 270
$\pi$ -meson      153—162 166 170—183 212 219 228 239 270
$\rho$ -meson      48 62 133 153—167 170—183 187—191 212 213 219 230 262 270 328—331
$\tau$ lepton      105 106 293 326 331—333
$\Upsilon$ mesons      160 210 231 293 310
A-dependence      30 153 172 175—176
Adler sum rule      135 237 299
Adler — Weisberger sum rule      137
Analytical properties      16 116 131
Annihilation $e^+e^-\to$ hadrons      64—88 119 120 145—148 156 158—161 166—168 186 204 208 229 251 252 258 260 263 277 293 294 313 317—323 330
asymptotic freedom      3 46 293
Axial vector coupling constant      137 142
Azimuthal dependence      52 54 274 313 320
Azimuthal plane      311—319
B-quark      160 210 231 270 293—295 326
Bjorken inequality      134
Bjorken puzzle      185—187
Bjorken region      see scaling region
Bjorken scaling      28 29 60 61 78 101 115 300
Bjorken sum rule      135 142 255 256
Branch points      45 61
C-parity      11 25 48 65 211 230 231 236 265 269 270
C-quark      160 188 210 215—220 250 256 270 272 284—286 288 293—295 298 304 322
Cabibbo angle      18 135 231 233 285 295 328—330
Cabibbo — Radicati sum rule      136
Callan — Gross relation      30 74 135 232 296
Causality condition      16 112 140
Charmed particles      2 17 135 168 176 210 212 213 228—232 236 251 270 293 295 297 304 310 326 328
Chiral invariance      21 29 39 42 100 222 247 330
Colliding beams      263 265 270 275
Colliding beams       79 157 182 250 262—265 268 275 277 278 289 321 323 326 330—333
Colliding beams $\bar{p}p$       311
Colliding beams pp      305 309—311 315 316
Collins — Soper coordinates      92 310
Colour      2 3 203 214 234 272 280 281 318 331
Commutation relation      125—127 167
Commutator      112 113 120 139 145 150 167 227 283
Commutator equal time      15 125—127 138 141 146 167 227 283
Complex -plane      17 69
Complex $\nu$ -plane      16 21 22
Complex angular momentum      43—51 168 264
Complex j-plane      43—51 131 133 236
Conserved vector current (CVC) hypothesis      26 328 330
Correspondence principle      40 78 244 249 261
CP-invariance      18 19
CP-parity      65
Crossing symmetry      16 22 61
Current axial (A)      18 23 102 127 134 151 154 221—223 234 254 326 328 330 333
Current charged weak      18 97 99 233 247 326—328 333 334
Current conservation      19 22 135 153 163 189 191
Current electromagnetic      11 23 65 145 149 159—167 188 191 328
Current hadronic      11 17 23 159—163 167 188 326—328
Current hadronic neutral weak      36 256 258 284 298
Current isoscalar      26 127 138 165—167
Current isovector      23 26 150 163 167 328
Current left-handed      127 150 222
Current leptonic weak charged      17 97 326—328
Current leptonic weak neutral      23 83 85
Current right-handed      127 150 222
Current vector (V)      18 23 125 128 134 234 328
Cut      21 69
Dashen — Gell — Mann relation      see Fubini — Dashen — Gell — Mann relation
Density matrix      80 91 177
Diffractive process      168—174 177—180 185 271
Discontinuity of the amplitude      21 43 44 49 55 76
Dispersion relation approach      77 130 131 140 141 153
Distance, large      4 181 182 307
Distance, small      1 181 265 272
Dominance of the light cone      112 113 119—121
Drell — Yan processes      88 206 207 234 235 260 272 305—311 313
Drell — Yan relation      40
Duality principle      see correspondence principle
Elastic scattering vector meson-nucleon      170 171 191
Elastic scattering, $\gamma N$       153 171 172 177 182
Elastic scattering, $\nu N$       42
Elastic scattering, eN      37 38
Electroproduction of pions      55 168
Electroproduction of vector mesons      156 168 178—180 190
Equation of motion      163 166 167 189
Exclusive processes      37—42 69—73 245—247
Field operator      162—165 188 189 227 245
Field-current identity      162—167
Fixed pole      49 131 132
Flavour      2 23 223 236 280
Fluctuation hadronic      155 175 176 179 181 184 186
Fluctuation time      155 169 175 176 179 180 184 185
Form factor $\pi$ -meson      69 157
Form factor baryon      37 38 42 69 157 244 246 248
Form factor isovector      42 130 157 161
Form factor K-meson      69 161—163
Form factor, electromagnetic      37 38 69 153 156 157 161—163 188 244
Form factor, isoscalar      161
Form factor, Pauli      37 42
Form factor, Sachs      38 42 69 157 247
Form factor, weak      42 244
Formation length      155 156 181
Fragmentation      200 290 314 315 317 321—324
Fragmentation of current      57 58 317 318 323
Fragmentation of photon      57 58 181 205
Fragmentation of target      57 58 205 206 317
Fragmentation region      181 200 240 252
Fubini — Dashen — Gell — Mann relation      131
G-Parity      48 61 65
Gauge invariance      3 163—165
Gauge theory      3—6
Gell — Mann — Nishijima formula      210
Gell — Mann — Okubo formula      219 228
Generalized vector meson dominance      182—184
Gluon      3 4 169 203 231 232 236—237 240—248 253 275 277 278 287 297 300 304 309 314 316—322
Gluon bremsstrahlung      29 277 278 300 319—322
Gluon distribution      232 237 244 304
Gottfried sum rule      299
Gottfried — Jackson coordinates      92
Grand unification theory      6
Green function      147 150 228 245 282
Gross — Llewellyn Smith sum rule      138 237 299
Hadron classification      209—218
Hadron distributions      232 248—250 283
Hamiltonian of weak interactions      17 23 24 284 327
Heavy lepton      326—334
Heavy lepton experimental status      331—333
Heavy lepton properties      326—331 333
Heavy particles      2 155 262
Heavy quark      2 56 155 210 262 c t
Helicity amplitude      46 59 133
Helicity conservation      63 66 79 95 109
Helicity s-channel      59 107 168 170
Helicity t-channel      92
Higgs bosons      5 6 107
Higgs effect      5
Inclusive probability      196 204—207 231 241 248 283
Inclusive process      51—57 73—78 205 206 208 239 248 250 253 321—323
Infrared-stable quantity      5 293 319
Interaction $$\gamma\gamma$       262—278 287—289
Interaction $\gamma N$       153 168 175—177 181
Interaction $\gamma$ -hadron      153 155 156 166—175 177 178 183 202 207 260
Interaction $\gamma$ -quark      205 264 272 276
Interaction $\mu N$       25 258 297 301 302 304 309
Interaction $\nu N$       17—23 26—33 42 53 54 135—139 233 247 252 284—286 295—305 318 322—324 327

Interaction $\pi N$       172—174 177 305 307—309 311 314 315 317
Interaction eN      10—17 23—31 34—41 51 52 55—64 112—115 123—125 134 136 142 178—182 232—235 252 295—297 300—305 318 322
Interaction KN      172 174 305 307 311 314
Interaction parton-parton      195 203 207 208 247 253 311 312 314 316 317
Interaction pN      289 305 309—317
Interaction quark-quark      160 247 275 314 317
Interaction time      155 179
Intermediate bosons      see W Z
Isoscalar target      27 30 285 295 298 306
Isotopic invariance      25—27 165 172 177 190 223 226 232 236 238 248 282
Jet gluon      4 275 313 314 317 321
Jet hadronic      4 5 82 156 168 183 205—207 264 265 272—275 278 309—321
Jet quark      4 5 265 275 320 321
Jet spectator      265 275 312
K-meson      41 69 158—162 212 224 225 230 249 250 306 307 322 323 328 329
Lagrangian      153 162—168 188 189 221—223 231
Lagrangian formulation of VDM      156 162—168 188 189
Large $\rho_\perp$ processes      207 208 253 265 272—274 311—317
Lepton pair inclusive production      see Drell — Yan processes
Leptonic decay width      106 328
Leptonic decay width of vector meson      157 160 186 187 280 281
Light cone dominance      see dominance of the light cone
Light cone singularities      117—119 121
Longitudinal (photon, W-boson) cross section      13 21 22 39 41 99 100
Longitudinal distance      114 117 155 156 169 175 176 181 184 201
Magnetic moment of hadrons      220 221
Magnetic moment of quarks      220 221 282
Magnetic moment transition      221 281 282
Method of equivalent photons      266—269 287—289
Mixing angles      159 164 229 283
Momentum longitudinal      194—199 205 319 320
Momentum transverse      31 96 185 186 194—199 202 205 208 240—242 259 260 265 271—274 278 285 286 289 309—320
Multiplicity      56 75 277 313 320 321
Non-diffractive processes      168 169 177
Okubo — Zweig — Iizuka rule      228—231 239
Operator expansion      see Wilson operator expansion
P invariance      59
P parity      12 65 81 83 108 211 290
Parity      see C CP G P T
Parity violation      63 84—86 298
Partial conservation of axial current (PCAC)      19 98 135 137 154 221 222 225—227 282
Partial wave amplitude      43 46 49
Parton model      184 185 193—209 262 279 280 283—285 314
Parton shower      169 185
Parton wee      see wee partons
Pauli — Jordan function      117 121 145 150
Photoproduction of pseudoscalar mesons      168 177 178 190
Photoproduction of vector mesons      170 172—174 190
Photoproduction total cross section      14 170—174
Polarization longitudinal      13 21 59 62 74 82 85—88 178 180 190 253 262 268
Polarization transverse      13 21 59 62 63 74 78 80 82 84 143 169 170 174 177 178 180 181 183 190 206 252 253 254 258 317
Polarized electrons      59 62 78—88 142 206 257 258 317
Polarized muons      59 62 258
Polarized nucleons      62 63 142 253—256 285
Polarized partons      253—255 285
Polarized photons      13 14 74 91 143 169 174 177 180 181 189 190 232 262 264 268
Polarized vector mesons      178 184 190 191
Polarized W-bosons      21 232 233
Pole      133 154—157 fixed
Pomeranchuk singularity (pomeron)      48 61 168 174 178 201 236 238 239 264 270 271
Quantum chromodynamics (QCD)      1—6 28—32 46 56 75 97 121 132 135 139 142 144 169 186 208 214 222 231 237—243 247 253 257 261 293 294 297 300 304 307—311 313 315 318 320
Quantum electrodynamics (QED)      3 87 276 332
Quark content of hadron      2 159 161
Quark counting      245—248
Quark current      221—228
Quark distribution in hadron      232 234 235—239 243 252 265 276 277 283 286 305 307
Quark doublet      18 23
Quark light      210—213 218—221 230 250 280
Quark masses      221—227 230 238 331
Quark model      159—162 169 172 175 182 209—231 277 330 331 333
Quark model, nonrelativistic      218—221 280
Quark quantum numbers      203 207 210 211 230 236 241
Quark valence      237 240 256 286 295 304 307 314 315
Quark, constituent      218—221 227 250
Quark-antiquark sea      237 238 239 243 252 298 304 306 314 318 324
Quark-parton model      156 168 181 184 209 231—262 263 276 286 293 304 309 310 319
Quasi-elastic scattering      153 170 245 247 260
Radial excitation      170 213 216 217
Rapidity      57 197—200 207 235
Ratio       67 68 148 183 184 293 294 330
Ratio $R_\nu$       298 324
Ratio $R_{\gamma\gamma}$       272—274
Ratio R      14 31 60 63 114 118 156 178 180 181 254 257 260 296 297 301
Regge cut      48 61 62 178
Regge pole      45 47 50 61 131 133 174 177 201 238—240 243 270 271
Regge region      50 61 62 101 140 180 184 271 304
Regge trajectory      48 58 131 235 240 243 272
Resonance (baryonic)      37 39—41 100 101 136 157 293
S-channel helicity conservation      168 170 174 180
Scale invariance      28 46 61 74 94 184 185 204 207 231 280 296 306—308 311 322
Scaling region      36 37 50 75 101 201 207
Scaling variable      27 28 40 50 57 94 262 299
Scaling violation      29 245 258—262 264 276 277 297 300 307 310
Scattering amplitude of the virtual photon on nucleon      15
Scattering amplitude of the W-boson on nucleon      21
Schwinger terms      126 145 148 167
SEA      see quark-antiquark sea
Shadowing in nuclei      153 175—177 181
Signature      43 49 133
Singularities on the light cone      see light-cone singularities
Space-time description of parton model      193—209
Space-time description of photon-hadron interaction      155 169
Space-time picture      112 113 155 169 179 184 193—204
Spin effects      see polarization effects
Strong coupling constant      3 28 132 231 264 277 293 307 309 317 320
Structure functions for $\gamma N$ scattering      12 99 114 121 156 204 231—234 237 258 295 297 299—305
Structure functions for $\gamma\gamma$ -scattering      276—278 289
Structure functions for charge current neutrino scattering      19 98 100 101 233 234 294—296 299—305
Structure functions for inclusive annihilation      74 76 319 321
Structure functions for lepton pair production      91 93 107 108
Structure functions for mesons      307 314
Structure functions for neutral current neutrino scattering      24 25
Structure functions for scattering of polarized particles      59 253 256 285
Structure functions, behaviour at $x\to0$       50 238 262 299 304
Structure functions, behaviour at $x\to1$       41 239—248 262 304 307 310
SU(2)xU(1)      5
SU(3)xSU(3)      127 150
SU(4)      209 214
SU(6)      209 221 243 245 255
Sum rules      see Adler Adler Bjorken Cabibbo Gottfried Gross Weinberg
Sum rules for ( hadrons)      145—148 149 150 167 168
Sum rules for polarized particle scattering      139—144
Sum rules in nonrelativistic quantum mechanics      123—125
Superconvergent sum rule      140 141
Symmetry breaking      5 222 226—228
t-channel      43 45 46 48 49 168 174 178 180 234 235 240
T-channel exchange      153 168 174 234 235
T-channel helicity      92
T-invariance      12 19 54 59 130
T-inversion      130
T-parity      190
T-quark      210 293
Total cross $e^+e^-\to$ hadrons      66 67 85 119 120 145—150
Total cross $\gamma N$       153 156 168 175—177
Total cross $\nu N$       31—33 102 295—298
Total cross eN      34—37
Total cross section hadrons      270—272
Two-photon processes      262—268
Unitarity condition      33 45 49
V-A structure      17 20 26 32 104 127 298 326 332 334
Vacuum expectation value      150 151 155 167
Vacuum polarisation      67 146 151
Vector meson      see $\omega$
Vector meson coupling constants with hadrons      154 157—161
Vector meson coupling constants with photons      154 157—161 162 173 174 182 183 330
Vector meson dominance (VDM)      153—192 262 264 265 272 276 278 288
W-boson      5 20 33 99 102 230 233 252 330
Wave function of baryon      214—217 220 254 255
Wave function of hadron      193—199 210 211 214—216 219 220 226 262 287
Wave function of mason      163 186 187 215 219 220 248 281 288

1 2

О проекте