Bardin D., Passarino G. — The Standard Model in the Making: Precision Study of the Electroweak Interactions :: 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

Bardin D., Passarino G. — The Standard Model in the Making: Precision Study of the Electroweak Interactions

Обсудите книгу на научном форуме

Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter

Название: The Standard Model in the Making: Precision Study of the Electroweak Interactions

Авторы: Bardin D., Passarino G.

Аннотация:

The standard model in particle physics unifies the theories of electromagnetic and weak interactions. Much work has been over the last decade, and this book describes some of the leading experimental tests of the model. It is unique in collecting in one volume all of the formulas, recipes, and prescriptions necessary for testing the theory and will be an invaluable tool as experiments move into higher energies.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1999

Количество страниц: 684

Добавлена в каталог: 09.04.2010

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

Предметный указатель

Gauge parameter dependence      110—119
Gauge renormalizable      110
Gauge transformations      114
Gauge unitary      111
Gauge-fixing      111—113
Gaussian resolution function      77
Gell-Mann Low beta-function, $\beta(g)$       36
Generalized Nielsen's poli-logarithms      662
Gluon      120
GMS-scheme in QED      22 32
GMS-scheme in the Standard Model      285 317
Gordon identities      13 667
Gram determinant      153
Green functions      18
H $\rightarrow$ four-fermions      644
H $\rightarrow$ four-fermions and mass corrections      648
H $\rightarrow$ four-fermions and renormalization schemes      649
H $\rightarrow$ four-fermions diagram classification      646
H signal diagram      602
H-boson searches the H-boson background      650—652
H-boson searches the H-boson signal      650—652
H-decay QCD corrections      485—489
H-decay to fermion pairs      475
H-decay to fermion pairs complete electroweak corrections      478
H-decay to fermion pairs hard bremsstrahlung      477
H-decay to fermion pairs in the GMS-approach      475—478
H-decay to fermion pairs in the OMS-approach      481—484
H-decay to fermion pairs virtual QED corrections      475
H-decay to virtual W-bosons      474
H-decay, $H \rightarrow gg$       493
H-decay, $H \rightarrow t\bar{t}$       484
H-decay, $H \rightarrow ZZ$       489
H-decay, $H \rightarrow \gamma\gamma$ and $Z\gamma$       493
H-fusion      645
H-propagator      478
Hadronic decay rate of the Z-boson      377 440
Hadronic peak cross-section      436
Hadronic vacuum polarization      41
Half-minima for a resonance      80
Hard photonic non-log QED corrections      447
Helicity formalism for $e^{+}e^{-} \rightarrow H\gamma$       555
Helicity formalism for $e^{+}e^{-} \rightarrow \mu^{+}\mu^{-}\gamma$       105
Helicity formalism for box diagrams      263—267
Helicity formalism for four fermion production      614—616
Higgs boson mass limits      644
Higgs boson searches      653
Higgs scalar and mechanism      110
Higgs self-energy      208
Higgsstrahlung      644
High-energy behavior gauge cancellations      513
High-energy limit of vertex corrections      559—562
Higher order electroweak corrections      408
Imaginary parts in form factors      437
Infrared divergences in presence of a resonance      81
Infrared divergences in QED      44
Infrared divergences, cancellation of      47 89—91
Infrared divergences, mass regularization      48
Infrared regulator      10 12
Initial-final QED interference      68—70 94—96
Initial-state QED corrections      65—68
Input parameter set      21 315
Input parameter set LEP2 IPS      344
Input parameter set low energy data      315—317
Input parameter set Z-resonance IPS      317
Isospin invariance      323
k-factor      58 61
Kaellen lambda-function, $\lambda(x,y,z)$       3
Kinematics      3 56 532
Lagrangian for QCD      120—121
Lagrangian for QCD ghost color fields      121
Lagrangian for QED      1
Lagrangian for the Standard Model      109—119
Lagrangian for the Standard Model the ghost sector      111 113—116
Lagrangian for the Standard Model the scalar sector      109—110
Lagrangian for the Standard Model the vector sector      111
Lagrangian for the Standard Model Yukawa couplings      118
Large $M_{H}$ limit of two-point functions      368
Leading-remainder splitting      388
LEP2 cross-sections      591—595
LEP2 processes      511 518 587
Light quark masses      41
Light quark production and QCD corrections      416
Linearization of counter-terms      284
Logarithmic corrections in QED      55—56
Longitudinal polarization      6 73 103—104 515
luminosity      98
magnetic moment      11
Mandelstam invariants      3
Mass $\overline{MS}$       124—125
Mass $\overline{MS}$ $m_{b}$ ( $M_{b}^{2}$ )      125
Mass $\overline{MS}$ $m_{c}$ ( $M_{c}^{2}$ )      124
Mass corrections of $\mathcal{O}(m^{2}/s)$       504
Mass corrections of $\mathcal{O}(m^{4}/s^{2})$       504
Mass counter-term      19 26
Mass pole      124
Mass, finite, intermediate      22
Mass, generated by spontaneous symmetry breaking      109
Massive vector bosons      109
Matching conditions for $\alpha_{s}$       123
Mellin transform      560
Migration of ultraviolet poles      462
MS-scheme      36
Multiplicative renormalization      17 20
Naive QCD corrections (NQCD)      634 647
Narrow-width approximation      516
Non-leading QED corrections      446
Non-unitary terms      398
Off-shell finite Green's functions      20
Off-shell one loop vertices      545
OMS weak mixing angle and, $s_{w}^{2}$       281
OMS-scheme in QED      23 26
OMS-scheme in the Standard Model      279
OMS-scheme, minimal      279
OMS-scheme, non-minimal      280
One-loop amplitude, or OLA      397
P-odd effects      5—6
Pair production away from the Z-resonance      590 598
Pair production final state radiation      448—451
Pair production hadron radiation      451—455
Pair production initial state radiation      455
Pair production initial state radiation, exponentiation of pairs      59
Pair production initial state radiation, hard      457
Pair production initial state radiation, real and virtual      456
Parameter renormalization      20
Parametric uncertainties      426
Partial widths of the W-boson and gauge invariance      471
Partial widths of the W-boson and QCD corrections      468
Partial widths of the W-boson hard bremsstrahlung      465—467
Partial widths of the W-boson in the GMS-approach      459—469
Partial widths of the W-boson in the OMS-approach      469—473
Partial widths of the W-boson virtual QED corrections      460—464
Partial widths of the Z-boson      372
Partial widths of the Z-boson and QCD corrections      503
Partial widths of the Z-boson flavor-dependent corrections      378
Partial widths of the Z-boson in the GMS-approach      373—380
Partial widths of the Z-boson in the OMS-approach      380—389
Partial widths of the Z-boson in the unitary gauge      380
Partial widths of the Z-boson Re-summation of large corrections      388
Pauli form factor      449
Peak value for a resonance      79
Phase-space in n-dimensions      465
Photon axial-vector coupling      307—308
Photon phase-space      49—51
Photon phase-space, anisotropic      50
Photon phase-space, isotropic      50
Photon polarization vector      105
Photon propagator, Dyson-resummation      25 325 537
Photonic self-energy in QED      10
Polarization      6
Polarized $e^{+}e^{-}$ into hadrons      505

Polarized fermions      6
Power suppressed corrections      505
Projection operators      5
Propagators, t'Hooft — Veltman identity      161
Pseudo-observables      435 440
Pull      444
QCD corrections for $e^{+}e^{-} \rightarrow f\bar{f}$       505
QCD corrections for the forward-backward asymmetry      506
QCD corrections for Z-decay      503
QCD corrections non-singlet diagrams      497
QCD corrections singlet diagrams      497
QCD radiator-functions      496 500 503—505
QED corrections for $\mu$ -decay      137—140
QED corrections for H-decay      475
QED corrections for W-decay      460 472
QED corrections for Z-decay      55
QED U(1) gauge invariance      10
Radiative corrections large effects in the Standard Model      322
Radiative return to the Z-boson      587
Radiative tail of a resonance      71 75
Radiator      see "Flux-function"
Re-summation and gauge invariance      328 361—367
Re-summation equivalence of GMS with other schemes      333
Re-summation improvements in GMS-scheme      331
Re-summation of large corrections      328—334
Realistic Observables      444
Reduction of vector and tensor integrals for $p^{2} = 0$       146—147
Reduction of vector and tensor integrals, four-point      162—164
Reduction of vector and tensor integrals, four-point d-functions      172—175
Reduction of vector and tensor integrals, one-point      142
Reduction of vector and tensor integrals, three-point      154—157
Reduction of vector and tensor integrals, three-point c-functions      170—172
Reduction of vector and tensor integrals, two-point      144—146
Reduction of vector and tensor integrals, two-point b-functions      167—169
Renormalization and fitting equations      285
Renormalization and scale behavior      35
Renormalization constants      17 283—284
Renormalization constants due to $Z-\gamma$ -mixing      283
Renormalization equations, their solutions at one loop      319
Renormalization group equation      122
Renormalization group equations      37—39
Renormalization group functions      122—125
Renormalization group functions $\beta$ -function      122
Renormalization group functions $\gamma$ —function      125
Renormalization in QED      17—23
Renormalization mass singular      56
Renormalization procedure      23
Renormalization scheme      22
Renormalization scheme dependence      277
Renormalization schemes      18 20—22
Renormalized charge      28
Renormalized Lagrangian for QED      24 31 36
Renormalized Lagrangian for the Standard Model      282—283
Renormalized mass      23
Renormalized QED vertex      29
Residues of poles at n = 4      29
Residues of propagators      26 280—281 residue
Resonances energy resolution      74—75
Resonances initial state radiative corrections      73 94
Resonances parameters      71—72
Resonances parameters transformation      76
Resonances the width      72 78—79
Running $m_{b}$       125 477
Running $m_{c}$       124
Running $m_{t}$       416
Running coupling constant $\alpha^{fer}(p^{2})$ in QED      37
Running masses      38 121
Running width of a resonance      73 75
Running width of the Z boson      328
s'-cut      588
Scalar integrals      141
Scalar integrals generalization for $R_{\xi}$ gauge      166
Scalar integrals generalization for $R_{\xi}$ gauge $a_{0}$ -function      167 170 172
Scalar integrals generalization for $R_{\xi}$ gauge $b_{0}$ -function      166
Scalar integrals generalization for $R_{\xi}$ gauge $\hat{b}_{0}$ -function      169
Scalar integrals, four-point      158
Scalar integrals, four-point 't Hooft — Veltman transformation      161
Scalar integrals, four-point general case of      158—161
Scalar integrals, four-point particular cases of      164—166
Scalar integrals, four-point projective transformation      159
Scalar integrals, one-point      141—142
Scalar integrals, three-point      149
Scalar integrals, three-point general case of      153—154
Scalar integrals, three-point particular cases of      150—153
Scalar integrals, two-point      143—144
Scalar integrals, two-point $I_{n}$ , $J_{n}$ integrals      145
Scalar integrals, two-point for complex $p^{2}$       175
Scalar integrals, two-point imaginary parts      144
Schouten's identity      522 668
Screening theorem      367
Screening theorem and $\vartriangle_{r}$       370
Secondary radiation of fermionic pairs      448
Semi-model-independent approach      439
Single W diagrams gauge invariance      626
Single W production      590
Soft bremsstrahlung      43 81
Soft bremsstrahlung in $e^{+}e^{-} \rightarrow W^{+}W^{-}$ process      564
Soft bremsstrahlung in Bhabha scattering      100
Soft-hard separator      100
Sources for the fields      35
Sources, longitudinal      286
Sources, transversal      18
Special vertices      304—305 524
Spin density matrix      7
Spontaneous symmetry breaking      109
Standard error      441
Structure functions      57—63
Structure functions Gribov — Lipatov term      60
Structure functions LLA approximation      57
Structure functions next-to-leading calculations      60—61
Structure functions soft limit      60
Subtracted $B_{0}$ —functions      234 236 243
Symmetry properties of three-point functions      150
S—matrix elements      18
t-channel subtraction      441
Tadpoles      119—120 181 213
Tadpoles and renormalization      367
The $Z-\gamma$ mixing renormalization constant      383
The $Z-\gamma$ transition, Dyson re-summed      537
The W self-energy in $R_{\xi}$ gauge      192 204
The W self-energy in $\xi = 1$ gauge      190—191
The Z boson propagator      321
The Z boson propagator, Dyson re-summed      325 537
The Z self-energy in $R_{\xi}$ gauge      193 206
The Z self-energy in $\xi = 1$ gauge      190—191
The Z self-energy in unitary gauge      199—200
Theoretical uncertainties      426
Transversal polarization      514—516
Triple gauge boson couplings      523—524
Triple gauge boson couplings, special vertices      524
Two-loop heavy top corrections      408
Two-loop heavy top corrections in the OMS-scheme      413
Two-loop mixed QCD-weak corrections      410—413
Two-loop mixed QCD-weak corrections for the $Z \rightarrow b\bar{b}$ vertex      414
Two-loop mixed QCD-weak non-factorizable corrections      416—417
Two-loop next-to-leading heavy top corrections      417
Two-loop next-to-leading heavy top corrections in the GMS-approach      420
Two-loop next-to-leading heavy top corrections in the OMS-approach      422
Ultraviolet divergence      9
Unitarity and cutting rules      497
Unitarity, delayed      525
Unitarized WW box      402
Unstable particles breaking of SU(2) invariance      627
Unstable particles breaking of U(1) invariance      627
Unstable particles renormalization      18
Unstable particles the Fermion-Loop approach      627
Vacuum expectation value of the Higgs field      303
Vacuum polarization      10 92
Vertex function in QED      11 92
Vertex function in the Standard Model      231 244

1 2 3

О проекте