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Электронная библиотека Попечительского совета механико-математического факультета Московского государственного университета
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Hughes I.S. - Elementary Particles |
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Предметный указатель |
particle 280-282
256
rule 157
rule 158
79-80 181-186 194-195
, formation experiments 79-80 181-182
, production experiments 184-186
, spin and parity 182-184
a2 meson 211 215
Abelian groups 252
Abundance of the elements 342-344
Accelerators 1-12
Accelerators fixed target 3
Accelerators luminosity 4
Accelerators, beam stability 5
Accelerators, beams from targets 13
Accelerators, betatron oscillations 5
Accelerators, CERN Super Synchrotron (SPS) 8-11
Accelerators, colliding beams 4
Accelerators, cyclic 2
Accelerators, cyclotron 2
Accelerators, interaction rate 4
Accelerators, LEP 11-12
Accelerators, linear 2
Accelerators, particle separators 14-17
Accelerators, quadrupole magnets 5
Accelerators, stochastic cooling 7
Accelerators, strong focusing 7
Accelerators, Super Proton Synchrotron (SPS) 8-11
Accelerators, synchrotron 3
Accelerators, synchrotron oscillations 5
Accelerators, synchrotron radiation 7
Active target 41
ADC, analogue to digital converter 42
Additive conservation laws 93
Aleph 272-274
Allowed transitions 148
Alpha particle scattering 46
Angular momentum conservation 86-87
Anomalous magnetic moment 50
Antiproton cooling 10-11
Antiprotons 93-97
Associated production 131-132
asymptotic freedom 305
Axions 358 359-360
B-meson 292
b-quark (bottom or beauty) 291-293
Baryons 76 95-97
Baryons, baryon number 76 95-97
Baryons, conservation of 95-97
Beam stability 5
Beams from targets 13
Beta decay 148-156
Beta decay, allowed transitions 148
Beta decay, electron-neutrino correlations 151-152
Beta decay, energy spectrum 150-151
Beta decay, Fermi transitions 148 150-152
Beta decay, first-forbidden transitions 148
Beta decay, ft values 152
Beta decay, Gamow - Teller transitions 148 150-152
Beta decay, matrix element 149-150
Beta decay, neutron beta decay phenomenology 148-149
Beta decay, parity non-conservation 142-145 153-155
Beta decay, second forbidden transitions 148
Beta decay, V-A 155-156
Betatron oscillations 5
big bang 333-353
Bjorken scaling 237-238
Breit - Wigner resonance 187-190
Bubble chambers 19-22
Cabbibo favoured transitions 280
Cabbibo mixing, Cabbibo angle 242-243 279
Callan-Gross relation 240
Calorimeters 32-40
Calorimeters, electromagnetic 33-37
Calorimeters, hadron 39-40
Cascade hyperon 126-129
Cascade hyperon, charged 126-128
Cascade hyperon, neutral 128-129
Centre-of-mass system (cms) 3 396-397
Cerenkov counter 29-32
Cern Super Proton Synchrotron (SPS) 8-11
Charge conjugation 159-163 166-179
Charge independence 45
Charge screening 303-304
Charge symmetry 45
Charm 279-291
Charmed hadrons 286-289
Charmonium 283-285
Clebsch - Gordan coefficients 410-411
CLEO 292
Cms see centre-of-mass system cobalt 60 decay experiment 142-144
Colliding beams 4
Colour 300-303
Computers 42
confinement 305-306
Conservation laws 81-104
Cooling (antiprotons) 11
Cosmic Background Explorer satellite (COBE) 341-342
Cosmic microwave background 340-342
Cosmic radiation 52
Cosmic radiation, hard and soft components 52-55
Cosmic radiation, showers 53
Cosmological constant 48 336 347
Coupling constant 48 106-110 304-305
cp 160-173 174-175 298 346
CPT 173-174 175-179
Critical density 337
Cross sections 4 109-110
Curvature constant (k) 336-338
Cyclic accelerators 2
Cyclotron 2
D-meson 286-288 290
Dalitz Plot 190-192 402-404 408-409
Dark matter 353-362
Decay length 399-400
Decay lifetimes 107-109
Decoupling 340
Density of states 66 67
Detailed balance, principle of 66-67
Detectors see particle detectors deuteron binding energy 47
Differential Cerenkov counter 30-31
Disc 30
Drift chambers 23-25
effective mass 187
Einstein-de Sitter universe 337
Elastic cross section 184
Elastic resonance 189
Elastic scattering 234-235
Electric dipole moment of neutron 175-176
Electro-weak interference 258-262
Electromagnetic forces 44 48 105
Electromagnetic interaction 105 175-179
Electromagnetic shower 33
Energy resolution 37 39
Eta-meson 176-179 206-207
Eta-prime meson 207
Exchange forces 44-45
f-meson 211-213
f-prime meson 214
Familons 358
Fermi transitions 148
Feynman diagram 44
First-forbidden transitions 148
Fission compensation 39
Fixed-target accelerators 3
Flatness problem 346 349
Flavours 279-299
Form factor 235-237
Formation experiments 181-182
| Four-momentum transfer 236
Four-vector (Lorentz invariant) 394
Fragmentation 307
Friedmann equation 335-339
ft values 152
G-Parity 203-205
GALLEX 380
Gamow - Teller transitions 148
Gauge bosons 248
Gauge theories 248-258
Gauge theories, global gauge transformations (transformations of the first kind) 93 250
Gauge theories, local gauge transformations (transformations of the second kind) 251-252
Gauge theories, Yang - Mills gauge theory 252-253
Gell - Mann - Okubo mass formula 226-227
Generalised Pauli principle 91-93
Global gauge transformations (transformations of the first kind) 93 250
Glueballs see "gluonium"
Gluino 327
Gluonium 311-312
Gluons 301-315
Golden Rule 66
Gosgen reactor neutrino experiment 375-376
Gram density 40
Grand Unification Theories (GUTS) 316-319 345-346
Gravitational interaction 106
Graviton, gravitino 326-327
Helicity 146 153-155
Helium abundance 343-344
Higgs mechanism, Higgs boson 254-257
Higgs mechanism, search for 277-278
Higgsino 327-328
Homestake Mine 379
Horizon problem 346 349
Hubble's Law 334-335
Hypercharge 135
ICARUS 382
IMB detector 322-323 387-388
Inflation 346-353
Inhomogeneity problem 348-349
Interaction rate 4 109-110
interactions 105-110
Interactions, scalar, vector, tensor, pseudo-scalar, axial vector 150
Interactions, V minus A, (V-A) 151-155
Invariance 81-82 159-179
Invariance, C and P in strong interactions 174-175
Invariance, C, P and T in electromagnetic interactions 175-179
Invariance, under CP 166-173 346
Invariance, under CPT 159-160 173
Isotopic spin 75-76 87-91
Jets 306-14
K* resonances 190-193 210-211
K-mesons 113-121 136-142 159-179
K-mesons, decays 113-117
K-mesons, decays, invariance under CP 160-173
K-mesons, lifetime 118
K-mesons, mass, charged 117-118
K-mesons, neutral 113 119-121 160-173
K-mesons, neutral, development of beam 163-166
K-mesons, spin and parity 136-142
K-mesons, tau-meson 115
K-Mesons, theta-meson 115
Kamiokande II 381-383 387-388
KGF calorimeter 322
Kinematics 393-404
Kinematics, Dalitz plot 190-192 402-404 408-409
Kinematics, limiting relationships 400-402
Kinematics, many-particle systems 400-402
Kinematics, three-particle systems 402-404 408-409
Kobayashi - Maskawa matrix 298
Lagrange equations 81-82
Lambda resonances 195-201
Lambda resonances, 197-201
Lambda-c charmed baryon 288
Lambda-hyperon 113 121-123 145
Lambda-hyperon, parity non-conservation in decay 145
LEP 11-12
Leptons 97-104
Leptons, conservation and lepton number 97-104
Leptons, tau-lepton 102-104
Lie groups 220-221
Limiting kinematic relationships 400-402
Linear accelerator 2
Local gauge transformations (transformations of the second kind) 251-252
Lorentz transformations 393-396
Lorentz transformations, geometrical picture 398-399
Lorentz transformations, invariant four vector 394
LSD detector 387
luminosity 4
Magnetic moment of nucleons 50-51
Magnetic moment of nucleons, from quark model 232-234
Magnetic monopoles 324-326 347-348 349
Majorons 358
Mass matrix 228-229 369
Mass mixing 227-230
Mass/luminosity ratios 356
Matter-antimatter asymmetry 344-346
Meson resonances 202-215
Meson resonances, a2 215
Meson resonances, eta 206-207
Meson resonances, eta-prime 207
Meson resonances, f 211-213
Meson resonances, f-prime 214
Meson resonances, G-parity 203-205
Meson resonances, K* 210-211 215
Meson resonances, omega 206 208 215
Meson resonances, phi 210
Meson resonances, pseudo-scalar 206-207
Meson resonances, rho 208-210 212
Meson resonances, tensor 211-215
Meson resonances, vector 208-211
Microwave background see "cosmic microwave background"
Minami ambiguity 201
Mirror nuclei 45
Mixing angle Cabbibo 242-243 279
Mixing angle neutrino 368
Mixing angle Sakurai 227
Moliere unit 37
Momentum transfer 236
Monopoles see magnetic monopoles MSW (Mikeyev - Smirnov - Wolfenstein) effect 369-373
Multiple scattering 37 40
Multiplets 217-218
Multiwire proportional chambers (MWPC) 22-23
Muons (mu-mesons) 52-57 59-60 156
N resonances 194-195
Neutral currents 247-248 257 279-280
Neutrinos 98-102 356-358 362-390
Neutrinos, detection 379-383
Neutrinos, helicity 153-155
Neutrinos, interactions 243-248
Neutrinos, lifetime 389
Neutrinos, magnetic moment 378
Neutrinos, mass measurement 383-385 388-389
Neutrinos, massive neutrinos and dark matter 356-358
Neutrinos, mixing angle 367-373
Neutrinos, MSW (Mikeyev - Smirnov - Wolfenstein) effect 369-373
Neutrinos, neutrino oscillations 366-378
Neutrinos, neutrino oscillations, experiments 374-378
Neutrinos, neutrinos from the Sun 362-366
Neutrinos, number of generations 276-277
Neutrinos, SN1987A 386-390
Neutron beta decay 148-149
Neutron electric dipole moment 175-176
Neutron-proton scattering 46
Nuclear absorption length 39
Nuclear emulsions 40 56 115
Nuclear forces 44-47
Nuclear size 44
Nucleon structure: scattering experiments 234-241
NUSEX 322-323
Okubo - Zweig - Iizuka (OZI) rule 286 312-313
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