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Halzen F., Martin A.D. — Quarks and Leptons: An Introductory Course in Modern Particle Physics
Halzen F., Martin A.D. — Quarks and Leptons: An Introductory Course in Modern Particle Physics



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Название: Quarks and Leptons: An Introductory Course in Modern Particle Physics

Авторы: Halzen F., Martin A.D.

Аннотация:

This self-contained text describes breakthroughs in our understanding of the structure and interactions of elementary particles. It provides students of theoretical or experimental physics with the background material to grasp the significance of these developments.


Язык: en

Рубрика: Физика/Квантовая теория поля/Квантовая хромодинамика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1984

Количество страниц: 412

Добавлена в каталог: 10.09.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Substructure of quarks and leptons      27 354
Sum rules for quark structure functions      198
Supersymmetry      354
Symmetry      33
Symmetry, Abelian      316
Symmetry, gauge      316
Symmetry, hidden      321
Symmetry, nonAbelian      317
Symmetry, spontaneously broken      321
Synchrocyclotron      29
t quark      see Top quark
TARGET      30
Tau ($\tau$) lepton      27
Tau ($\tau$) lepton, decay      264 37 2
Tau ($\tau$) lepton, number      251
Tensor mesons      49
Tensor, bilinear covariant      112
Tensor, field strength      102 133 317 319
Tensor, hadron      180
Tensor, lepton      122
Tensor, metric      73
Thomson scattering      14
Three-gluon coupling      320
Three-jet event      234 240
Threshold      56
Thrust axis      235
Time reversal      41
Time-dependent perturbation theory      79
Time-ordered diagram      98
Top quark      27 234 285
Trace techniques      122
Trace theorems      123 261
Trace theorems, applications of      122 143 260 268
Transition current      86 118
Transition rate      80 89
Transverse momentum      see Large transverse momentum
Transverse photon      134
Triplet of color SU(3)      43 45
Triplet of flavor SU(3)      45
Triplet of SU(2)      33 40 329
Two-component neutrino      144
Two-jet event      19 230
U(1) of electromagnetism      294 314 334
U(1) of weak hypercharge      294 332
U(2) group      39
U-spin      51 54
Uncertainty principle      7 49
Unification energy      348
Unification of interactions      25 257 344
Unified electroweak model      3 331
Unified forces      25 257 344
Unitarity limit      342
Unitary group      39 43
Unitary operator      35
UNITS      see Heaviside — Lorentz units; Natural units
Universality      280
Unpolarized      120
Up quark      3
Upsilon resonances ($\Upsilon.\Upsilon’$)      62
V — A interaction      252
V — A interaction and helicity conservation      127
V — A interaction, parity violation and      115 255
V-spin      51
Vacuum and spontaneous symmetry breaking      321
Vacuum, expectation value      334
Vacuum, in Dirac hole theory      76 78
Vacuum, polarization      159
Valence quarks      198
Variables, for three-jet events      235
Variables, invariant      94
Variables, Mandelstam s. t. u      94
Variables, x and y      181 192 195
Vector      112
Vector interaction      112 118
Vector mesons      49
Vector mesons, leptonic widths of      61
Vector mesons, magnetic moments      56
Vector mesons, masses of      65
Vector mesons, quark content of      49
Vector mesons, radiative decays of      56
Vector potential      84 107 153
Vertex      25 83
Vertex factor      88 149
Vertex factor for fermion to Higgs      339
Vertex factor for fermion to photon      118 299
Vertex factor for four gluons      319
Vertex factor for lepton — W      300
Vertex factor for lepton — Z      300
Vertex factor for quark — W      281
Vertex factor for quark — Z      300
Vertex factor for quark-gluon      320
Vertex factor for scalar to photon      88
Vertex factor for three gluons      320 375
Vertex factor for WW Higgs      339
Vertex factor for ZZ Higgs      338
Virtual particle      7
Virtual photon      7 88
Virtual photon, cross sections $\sigma_{t}\sigma_{t}$      184 186
Virtual photon, parton cross section      208 210
Virtual photon, polarization vectors of      139 185
W boson      see Weak bosons (W and Z)
Ward identity      163
Weak bosons (W and Z)      3 23 257 301
Weak bosons (W and Z), branching ratios      302
Weak bosons (W and Z), coupling to leptons      300
Weak bosons (W and Z), coupling to quarks      281
Weak bosons (W and Z), decay rates of      301 373 374
Weak bosons (W and Z), Feynman rules for      149 281 300 338 339
Weak bosons (W and Z), mass generation of      327 335
Weak bosons (W and Z), mass of      24 257 335
Weak bosons (W and Z), production of      247 337
Weak bosons (W and Z), propagators of      138
Weak bosons (W and Z), self coupling of      333
Weak bosons (W and Z), width of      302 374
Weak current for leptons      255
Weak current, charged      255 300 332
Weak current, discovery of      251
Weak current, for quarks      271
Weak current, group properties of      298
Weak current, neutral      see Neutral currents
Weak decay      251
Weak decay of $\Sigma$ hyperon      23 45
Weak decay of charmed particles      59 282
Weak decay of muon      24 261
Weak decay of pion      23 264
Weak decay, in quark model      272
Weak hypercharge      294 295 332
Weak interaction      1 21 251 292
Weak intermediate boson      see Weak bosons (W and Z)
Weak isospin      293 295 332
Weak mixing angle      305
Weak mixing angle, introduction of      283 296 305
Weak mixing angle, prediction of      349
Weinberg angle      see Weak mixing angle
Weinberg — Salam model      331
Weinberg — Salam model, Lagrangian of      341
Weinberg — Salam model, renormalizability of      342
Weizs$\ddot{a}$cker — Williams formula      224
Weyl equation      114
Weyl representation      101 115
width      50
Width, and lifetime      92
Width, of phi meson      49 57
Width, of psi resonances      57
Width, of weak bosons      302
X variable      181 191 192 195
X, Y bosons      350
X, Y bosons, mass of      348
y distributions      274
Y variable      194
Yang — Mills theory      320
Young tableaux      62
Yukawa interaction      16
Z boson      see Weak bosons (W and Z)
Zero-mass bosons      325
Zero-mass fermions      114
Zweig or OZI rule      58
“Desert” of grand unified theories      354
1 2 3 4
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