Kane G.L. — Modern elementary particle physics :: Электронная библиотека попечительского совета мехмата МГУ

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Kane G.L. — Modern elementary particle physics

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Название: Modern elementary particle physics

Автор: Kane G.L.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1993

Количество страниц: 367

Добавлена в каталог: 23.08.2014

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

Предметный указатель

$F_{2}(x)$       298
$H \rightarrow f\bar{f}$       245
$H \rightarrow WW$       246
$J/\psi$       195 196
$K_{L}$       265
$M_{H} \rightarrow \infty$       252
$m_{\pi}$       191
$R = \sigma/\sigma_{point}$       221
$sin^{2}\theta_{w}$       85 90 93 146 276
$T^{b}_{3L}$       268
$T^{\tau}_{3}$       270
$W^{+} \rightarrow e^{+}\nu_{e}$       124
$\alpha_{i}$ couplings, measurement of $\alpha$ and $\alpha_{2}$       143—144
$\alpha_{i}$ couplings, measurement of $\alpha_{3}$       150—151
$\alpha_{i}$ couplings, values      93 273
$\alpha_{i}$ couplings, variation of      223 226—229 231 273
$\beta$ -Decay      89
$\gamma$ -matrices      58
$\gamma\gamma H$ vertex      245
$\gamma_{H}$       247
$\nu_{e}$       10
$\nu_{\tau}$       9 203 267
$\nu_{\tau}$ , detection      270
$\omega$       195
$\Phi$       195
$\Psi$       196
$\rho$ parameter      109
$\rho^{0}$       195
$\tau$ -neutrino      261 267
$\theta$ -parameter      155
Abelian gauge invariance      35—40 78 103—104 318
Abelian vector field      31
Accelerators      155—162 168—170
Additional families      129
AGS      163
Angular momentum and SU(2)      306
anomalies      27
Antiparticle      10 26 33 64 237 264
Approximate calculation      148 218 245 326
asymptotic freedom      209 237
atoms      6 10 12
b (bottom) quark      7 92 199 217—218 259 267 see
b (bottom) quark, decay      253 263—264
b (bottom) quark, decay width $\Gamma_{b}$       253
b (bottom) quark, electric charge      7
b (bottom) quark, interactions      261
b (bottom) quark, lifetime      167 254
b (bottom) quark, mass      8
Backgrounds      224
Baryon      179 182 184
Baryon asymmetry      290
Baryon number      7 290
Baryon number of the universe      263
Baryon, L = 0 states      187
Beams      168
BEPC      162
Big bang theory      290
Bjorken scaling      207
Bosons      293
Breit — Wigner resonance      122
Brookhaven National Laboratory      163 307
c (charm) quark      7 92 193 217—218 see "D
c (charm) quark, charmed mesons      195 196—198
c (charm) quark, charmonium      193—196
c (charm) quark, electric charge      7
c (charm) quark, lifetime      167
c (charm) quark, mass      8
Cabibbo angle      256
Cerenkov cone      283
CERN      9 134
CESR      163
Charge      4 26 38 39
Charge conjugation      190 264
Charged current      88—90 92 146 147 249 252 257
Charged current interaction      263
Charged current, Kobayashi — Maskawa matrix      253
Charmed mesons      199 see "D
Charmed quark      197
Charmonium      197
Classical electrodynamics      17
COLOR      47
Color, charge      6 7 10 237
Color, force      6 72 182
Color, number of colors      216—220 271—272
Color, singlets      75 183
Color, space      51
Color, triplets      75
Complex scalar      30
Confinement of color      180
Conserved current      25 26
Constituent cross section      135
Constituent mass      189 261
Constituents of matter      7
Cosmic ray      76
Cosmological constant      112
Coulomb gauge      41
Coulomb's law      5 230
Covariant derivative      38 48 76 108 282
cp      258
CP invariance      155
CP violation      263 290
CPT      264
Critical mass      310
Cross section      12 117 217
Current      22 25 67
d (down) quark      7 10 75—77 217—218 see
d (down) quark, electric charge      7
d (down) quark, mass      8
D meson, composition of      196
D meson, decay      198 200
D meson, mass      197
D meson, produced in charmonium decay      195—196
Dark matter      177 299
Decay rates and modes, $K_{L}$       259
Decay rates and modes, $\tau$       219
Decay rates and modes, b quark      253 263—264
Decay rates and modes, c quark      197 251
Decay rates and modes, charmonium      193—196 240
Decay rates and modes, D meson      198 200
Decay rates and modes, electromagnetic      188
Decay rates and modes, fermion      146
Decay rates and modes, forbidden and rare      174
Decay rates and modes, general      116—118
Decay rates and modes, Higgs boson      237—239 247
Decay rates and modes, muon      146
Decay rates and modes, neutrino      301
Decay rates and modes, proton      280
Decay rates and modes, s quark      251
Decay rates and modes, strong      188
Decay rates and modes, t quark      199
Decay rates and modes, toponium      199
Decay rates and modes, W boson      124 136—137 140—141
Decay rates and modes, weak      131 188
Decay rates and modes, Z boson      125 131 265
Deep inelastic scattering      205
DESY      162
Detectors      163—172
Detectors, $4\pi$ detectors      163
Detectors, calorimeters      167
Detectors, proton decay      282—283
Detectors, solar neutrinos      300
Detectors, triggering      166—167
Detectors, vertex detector      167
Dirac current      60
Dirac equation      59
Dirac mass      303
DORIS      162
Doublets of leptons      8 73 81
Doublets of nucleons      44
Doublets of quarks      7 73 90

Drell — Yan cross section      210
Eigenvalue of $T_{3}$       87
Electric charge      43
Electric charge operator      278
Electric current      61
Electromagnetic decays      192
Electromagnetic interaction      37 67 82
Electromagnetism      5 6 9
Electron      8 10 12 19 178
Electron neutrino $\nu_{e}$       10 74
Electroweak charge      86 87
Electroweak force      3
Electroweak mixing angle      see " $sin^{2}\theta_{W}$ "
Euler — Lagrange equations      17 18 25 27
Expanding Universe      290
Families      7 76 274
Fermi coupling      149
Fermilab      163
fermions      33 293
Fermions, decay      146
Fermions, fermion-Higgs vertex $H \rightarrow f\bar{f}$       237
Fermions, masses      8—9 152
Feynman rules      5 19 32 61
Fine structure constant      145 229
Flavor changing neutral currents      258
Flavors      see "Families"
Flavors of leptons      8
Flavors of quarks      7
FNAL      163
force      2 4 5 7 12 17 29
Force as an interaction      29
Form factor      206
Forward-backward asymmetry      268
Foundations of the Standard Model      273
Four-vector      16 17
Fractional charge of quarks      278
Free quark mass      8 189 261
Fundamental scalars      273
Gauge boson      1 7 9 10 38 104 286
Gauge boson, mass      104
Gauge Fields      38
Gauge theories      1 4 9
Gauge transformation      35 46—47
Gauge transformation of the first kind      26
Gauge transformation of the second kind      26
Gauge transformation, global      26 36
Gauge transformation, local      26 36 103
Generators      51 278 282
Generators, hypercharge generator      51 77 81 83—85 273
Generators, SU(2)      46 311 316—317
Generators, SU(3)      47 317
Generators, SU(5)      276
Generators, SU(n)      272 316
Generators, trace theorem for generators      277
ggH vertex      245
GIM mechanism      258
Glueball states      184
Gluinos      296
Gluon radiation      223
Gluons (g)      1 9 75 205
Gluons (g), emission      210
Gluons (g), interactions      193
Gluons (g), radiation      221
Goldstone boson      102 246
Grand unified theories      5 274 277
Graviton      9
Gravity      5 9
Group theory      71 311—318
Group theory, rotation in n-dimensional Euclidian space SO(n)      313
Group theory, rules for a group      311
Group theory, SU(2)      44 50 52 72 107 310
Group theory, SU(3)      52 72
Group theory, SU(n) invariance      50 314
Group theory, U(1)      51 71 72 107
Group theory, unitary groups SU(n)      314
Hadronization      181 221
Hadrons      6 7 10 43 189 239
Hadrons, color singlets      179—181
Hadrons, definition      6
Hadrons, gluon and quark structure of      132
Hadrons, mass      255—256
Hamiltonian      3 12 20
Hard collisions      169
Heavy leptons      223
HERA      162
Higgs boson      2 10 105 243 245
Higgs boson, Higgs field      99
Higgs boson, Higgs mechanism      2 94 105 243
Higgs boson, Higgs physics      273
Higgs boson, Higgs searches      243
Higgs boson, Higgs-gauge boson vertex      245
Higgs boson, mass      243 246
Higgs boson, rare decays      243
Higgs boson, two doublets of Higgs fields      247
Higher order corrections      230
Horizontal symmetries      274
Hypercharge (weak)      see "Weak hypercharge"
Hypercharge generator      279
Interaction      27—30
Interaction as a force      4 29
Interaction Lagrangian      19 32 45
Invariance and conserved quantities      26 329
Invariance under transformations      24 239
Invariant Lagrangians      19 45
Invariant rotations in isospin space      45
Isospin space      47
Jacobian Peak technique      140
Jets      181 219 221
Jets, figures      215 221
JLC      162
Kaons      27 183 265
Kaons, neutral kaon system      259
Kaons, rare and forbidden decays      173 174
KEK      162
Kinematics      134 319—322
Klein — Gordon equation      328
Kobayashi — Maskawa matrix      259
Lagrangian      3 18 19 20 24 26 27 30 35
Lagrangian, density      20
Lagrangian, mass term      67
Lagrangian, source term      27
Lagrangian, summary of      30—32
Lattice gauge theory      183
Left-handed fermions      66
Left-handed interaction      67
Left-handed neutrino      86
Left-right Symmetric Theories      274
LEP      133
Lepton      1 7 9
Lepton in matter      7
Lepton, basic particle of nature      9
Lepton, masses      9 12
Lepton, mixing angles      260
Lepton, number      8
Lepton, universality      92
LHC      162
Lifetime      117 119 172
Lightest supersymmetric particle      299
Like-sign dilepton      175
Local gauge transformation      26 36 103
Longitudinal polarization state of the gauge boson      105
Longitudinal polarization vectors      246
Longitudinal vector bosons      246
Lorentz invariant      19
Lorentz transformation      66
luminosity      139 223
Majorana fermion      303
Majorana neutrino      175
Masses of quarks and leptons      274
Matter particles      7

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