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

Maxwell's equations      18 38
Mesons      29 182
Mesons, D mesons      195—198
Mesons, L = 0 states      186
Mesons, range of force      29
Missing energy      224
Missing momentum      298
Mixing angles      255
Molecules      6 10
Mott scattering      220
Muon      8 177 178
Muon, charge      8
Muon, conservation of muon number      174
Muon, decay      147
Muon, decay (figure)      146
Muon, decay width $\Gamma_{\mu}$       148
Muon, mass      9
Muon, rare decays      173
Narrow width approximation      136
Natural units      11
Neutral currents      85 88 257
Neutral currents, flavor changing      252
Neutrino $\nu$       8 303
Neutrino $\nu$ , mass      8 111 177 270 303
Neutrino oscillations      177 304
Neutrinoless double $\beta$ decay      177
Neutron      43
Neutron, beta-decay      89
Neutron-proton mass difference      262
Newton's constant $G_{N}$       12
Newton's Laws      2 17
Noether's theorem      26
Non-abelian      46
Non-Abelian vector field      31
Non-perturbative phenomena      183 192 261
Nuclear force      6 10
Nuclei      6 10 12
Nucleon decay      177
Nucleons      43
Numerical values for couplings      92
Parity      66 76 190 263
Parity of pseudo scalar mesons      186
Parity, violation      76 88
Partial wave      121
Particle interactions      4
Parton model      208
Parton model, figure      209
Pauli principle      186
Pauli spin matrices      45 57 77 307
PEP      163
Perturbation theory      45
PETRA      9 162
Phase space integration      149
Phase transformation      36 46 see
Phase transformation as gauge transformations (global or local)      26
Photinos      296 see
Photon $\gamma$       9 19 21 29 35 37 108 190 195 198
Pions      43
Pions, charge states      45
Pions, mass $m_{\pi}$       187
Point-like constituent      207
Point-like cross section      218
Point-like objects      205
Point-like scalars      253
Point-like spin-1/2 fermion      217
Point-like structure      205
Precision measurements      240
Propagator      30 33
Proton      43
Proton decay      286
QCD      6 10
Quantum chromodynamics      1 72
Quantum electrodynamics (QED)      224—230
Quantum field theory      1 3 5 9 19 22 29
Quantum numbers      185
Quantum theory      3
Quark      1 7 9 12 134 203 205
Quark, chemistry      181
Quark, electroweak eigenstate      255
Quark, mass eigenstate      255
Quark, masses      7 188 261
Quark, sea quarks      204
Quark, spin-flip transition      192
Quark, structure of hadrons      134
Quark, valence quark      204
Radiated gluon      237
Radiative corrections      240 262
Rare or forbidden decays of kaons      177
Real scalar field      19
Real spin-zero field      30
Renormalizable theory      53
Renormalization      230
Representation of the rotation matrices for spin-one      50
Resonant scattering      120
Right-handed current      67 177
Right-handed fermions      66
Right-handed neutrino      75 111 303
Rotations in the isospin space      45
Running coupling strength      235
s (strange) quark      7 92 217—218 see
s (strange) quark, electric charge      7
s (strange) quark, mass      8

s (strange) quark, strange particles      185—188
S-matrix      117
Scalar bosons      33
Scalar fields      23 see "Complex
Scalar product      16
Scaling violations      210
Schroedinger equation      3 22 37
screening      235
Sea quarks      208
SLAC      133 163
SLC      133
SNU      308
Soft collisions      169
Solar neutrinos      177 308
Spin flip transition      198
Spin- $\frac{1}{2}$ fermion field      31
Spontaneous symmetry breaking      97 100 243
SPS      161
Squarks      296
SSC      163 173 243—247
Standard model      5
Standard Model tests      109 124 128 137 140 144 174 183 190 205 215—218 220 262
Strange particles      189
Strong decays      192
Strong force      1 3 6 9 see
Strong interaction      5 6 9
Strong isospin      44 see
Strong isospin, invariance      189—190
Strong isospin, space      44
Strong isospin, symmetry      43 193
Structure      220
Structure function      135 137 205 208 210 298
Structure function, $F_{2}(x)$       206 290
SU(2)      44 46 52 72 107
SU(2) weak isospin space      50
SU(3)      47 52
SU(5)      277
SU(N)      50
Sun      6
Supersymmetry      164 268 280 283 287
Symmetries      274
Synchrotron radiation      160
t (top) quark      7 92 199 217—218 261 see
t (top) quark, electric charge      7
t (top) quark, mass      8 265
t (top) quark, toponium      242
Tau lepton $\tau$       8 92 199
Tau lepton $\tau$ , $\tau$ cross section      219
Tau lepton $\tau$ , $\tau$ signatures      218
Tau lepton $\tau$ , conservation of tau number      174
Tau lepton $\tau$ , decay (figure)      219
Tau lepton $\tau$ , lifetime      167
Tau lepton $\tau$ , mass      9
Time reversal      264 see CPT"
Top quark      240 261 265
Toponium      203
Transition matrix element      33
Transverse mass      141
triggering      170
TRISTAN      162
Two doublets of Higgs fields      253
u (up) quark      7 10 217—218 see
u (up) quark, electric charge      7
u (up) quark, mass      8
U(1) hypercharge generator      51
U(1) invariance      71 107
Uncertainty principle      159
Unification scale      284
UNK      162
V-A interaction      67 89 148
VACUUM      98
Vacuum energy density      112
Vacuum expectation value      99 104 107
Valence quarks      208
Vector bosons      33
VEPP-4      162
Vertex factor      33
Violation of conservation of probability      251
Violation of unitarity      251
W particle      9
W particle, $W^{+} \rightarrow e^{+}\nu_{e}$ vertex      122
W particle, $W^{\pm}$ width      124
W particle, decay asymmetry      140—141
W particle, decay branching ratios      124—125
W particle, discovery      10 137
W particle, mass      108 137—139 256
W particle, production      132—136
W particle, WW scattering      244
Weak decays      192
Weak hypercharge      51 71 77 81—85 107
Weak interaction      5 6 9
Weak isospin      72 see
Weak isospin symmetry      43
WW scattering      250
X bosons      287
Y bosons      287
Yang — Mills gauge theory      47
Z particle      9
Z particle, decay branching ratios      128
Z particle, discovery      10 137
Z particle, mass $M_{Z}$       109 137 256
Z particle, Z width      125—128 265

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