INDEX. (to sections) Nuclear and Particle Physics by C. Amsler IOP Publishing Ltd (ISBN)
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1 INDEX (to sections) Nuclear and Particle Physics by C. Amsler IOP Publishing Ltd (ISBN) α s coupling, 7.3 α series, 5.3 absorption, coefficient, 9.5 length, activity, 4.1, 5.5 aerogel, 9.10 Am-Be source, 5.3 analyzing power, 11.3, angular transformation, 8.3 anomalous magnetic moment, antibaryon, 7.2 antihydrogen, 9.1, 11.9 antimatter, 19.3 asymmetric collider, 20.2 asymmetry in e + e µ + µ, asymptotic freedom, 7.3 atomic mass, 3 number 3 weight, 1.1.3, 3 Auger electron, 5.1 Avogadro number, 1.1.3, 3, 9.2 β-decay double, 5.2, 14.5 inverse, 14.1 Barkas effect, 9.2 barn, becquerel, 4.1 BEH mechanism, 16.5 betatron, 9.1 Bethe-Bloch formula, 9.2 binding energy, 3, 3.2 box potential, 3.1 branching ratio, 4.1 breeder reactor, bremsstrahlung, 7.3, 9.2, 9.4 bubble chamber, 9.8 C parity particle-antiparticle, 11,7 photon, 11.7 CP violation, 19.2, 20.4 interference, 20.4 Cabbibo, angle, , , 16.3 mechanism, 7.3.3, 10.5 Callan-Gross relation, 18 calorimeter electromagnetic, 9.12 hadronic, 9.13 liquid argon, cascade generator, 9.1 centrifugal barrier, 5.3 Čerenkov counter, 9.10 radiation, 9.10, 14.6 CERN 9.1 chain reaction, charge independence, 12.4, 13.2,1, 16.6 Chew-Frautschi plot, chiral couplings, 16.7 chirality, , 15.3 circular polarization, 11.6 CKM matrix, 16.3, 20.1, appendix D Clebsch-Gordan coefficients, 11.4 CNO cycle, 14.3 collider, 8.4, 9.1 colour, 10.4 compound nucleus, Compton edge, 9.5 scattering, 14.4 wavelength, confinement, 7.2, 7.3, conservation angular momentum, 11.2 baryon number, 7.3.1, 11.5 C parity,
2 CP, 11.8, 19.1 colour, 10.4 electric charge, 7.3.1, 16.6 lepton number, 7.3.1, 11.5 momentum, 11.1 P parity, 11.3 time reversal, 11.8 contact interaction, 13.2 cosmic muons, 8.5 coupling axial vector, Fermi, , , 16.1 g A /g V, , 16.1 vector, covariant derivative, 16.4, 16.7 critical energy, 9.4 cross section, 12.1 differential, 1.1, 1.1.3, 12.1 interactions, neutrino-lepton, , neutrino-quark, Thomson, 9.5 total, 1.1.2, two-body, 12.2 Curie, 4.1 current charged, electromagnetic, 15.6 flavour changing, 16.3 neutral, 7.3.3, strangeness changing, 16.3 cyclotron, 9.1 frequency, 9.1, 11.9 isochronous, 9.1 synchro-, 9.1 C = Q rule, 13 E vs. E, 9.2 i = 1/2 rule, 13, , m oscillation, S = Q rule, 13, 19.1, 19.3 S = 1 rule, 10.1 S = 2 process, 19.1 Dalitz plot, 12.3 pair, 11.6 dating, decay η ( 3π), 11.7, 12.5 φ, , ω, π 0, 8.1 π ±, 8.3 W ±, 10.4 leptonic, 13 muon, polarized neutron, proton, 7.3.1, 7.4 semileptonic, 13, 19.3 tritium, decay constant, 4.1 decuplet (SU(3)), detector ALEPH, ARGUS, 20.2 ATHENA, 11.9 ATLAS, 17.3 BABAR, 20.2 CMS, 17.3 CPLEAR, Crystal Ball, Crystal Barrel, Daya Bay, Double Chooz, Gargamelle BBC, SNO, 14.6 Super-Kamiokande, 14.6 UA1, 17.2 dilution factor, dipole moments, anomalous, 2.4 electric (neutron), magnetic (muon), magnetic (nucleon), 2.4 neutrino, 9.6, 14.3 discovery antiproton, 15.2 b quark, 10.3 c quark,
3 electron antineutrino, 14.1 Higgs boson, 17.3 J/ψ meson, K 0 meson, 10.1 K 2 meson, muon, muon neutrino, 14.1 neutral currents, neutron, 5.2, 13.1 Ω, π 0 meson, 8.1 π ± meson, positron, 15.2 τ neutrino, 14.1 t quark 10.5 W ± boson, 17.2 Z 0 boson, 17.2 distribution box, 8.1, Breit-Wigner, 4.2, , 12.4, Landau, 9.2 Molière, 9.3 Poisson, 4.3 Saxon-Woods, 2.2 dose, 5.5 double β-decay, 5.2 drift chamber, 9.6 dripline, 6 ɛ parameter, ɛ parameter, electron capture, 5.2 electron radius, 9.5 equation continuity, 15, 15.6 Dirac, 15 Klein-Gordon, 7.3.2, 15, 16.5 Maxwell, 11.5, , 16.4 Proca, 11.5, 16.5 Weyl, 15.3 even-even nuclei, 3.2, 5.2, 14.5 exchange force, excitation (orbital and radial), ft-value, Fermi coupling constant, 16.1 energy, 3.1 function, Feynman diagram, 7.3 field index, 9.1 fifth force, 11.5 fine structure splitting, 6 constant, 1.1.1, 7.3 fission induced, spontaneous, 5.4.1, 6 flavour, 7.1, oscillation, wave functions, , , app. A flux tube, focusing, 9.1 form factor, 2.2 nucleon, 2.4 dipole, 2.2, 2.4 monopole, 2.2 formation length, 9.11 fragmentation, Furry theorem, 12.5 fusion solar, , 14.3 controlled, 14.3 g-factor, 2.4, , 15.2 g 2 experiment, Gamow factor, 5.3 gauge theory, 11.2, 11.5, 16.4 gauge transformation, 11.5 Geiger-Nuttal rule, 5.3 Gell-Mann-Nishijima electroweak, 16.7 strong, glueball, 7.3, 10.4, , 16.6 golden rule, 13.2 Goldstone boson, 16.5 graviton, 7.1 gray, 5.5 GUTs, 7.3.1, 7.4 hadronization,
4 half-life, 4.1 handedness, 11.6, , 15.3 Heaviside-Lorentz units, heavy water, 5.4.2, 14.3 helicity, 11.6, 15.3 HERA, 9.1, 18 higgsstrahlung, 17.3 horn (magnetic), 9.1, Hoyle resonance, 14.3 hypercharge strong, weak, 16.7 hyperfine splitting, 6.6.1, , , hypernucleus, 11.4 hyperon, 7.2 ideal mixing, impact parameter, 1.1 internal conversion, 5.2 pair production, 5.2 interval rule, 6.1 invariant mass, 4.2, 8.2, isobar, 3, 5.2 isomer, 5.1 isomeric shift, 6,1 isoscalar target, , isotone, 3 isotope, 3 isotope shift, 2.3 ISR, 9.1 Jacobian, 8.1, 8.3 Kurie plot, Landau-Yang theorem, 11.6 Larmor frequency, , lead glass counter, 9.12 LEAR, 9.1, 11.9, LEP, 9.1 LHC, 9,1 lifetime α-decay, 5.3 K ± meson, 13.1 π ± meson, 16.1 K 1 and K 2 mesons, W boson, Z 0 boson, muon, 8.5, , 16.1 neutron, 4.2, , LINAC, 9.1 liquid drop model, 3.2 Lorentz gauge, , 16.4 transformation, 8 ls coupling, 6 luminosity, 9.1 magic numbers, 3.2, 6 Malter effect, 9.6 mass defect, 3 Higgs boson, 16.7 lepton, 7.1 muon, 16.1 neutron, 13.1 photon, 7.1 quark, 7.1 Z 0 and W ± bosons, 16.7 Mendeleev table, 3 Michel spectrum, , 16.2 minimum opening angle, 8.1 mirror nucleus, 12.4 mixing angle, , appendix B mixing (complete), mobility, 9.9 moderator, Molière radius, 9.12, 17.3 momentum transfer, 16, 8.4, , 17.1 Moseley, 3 MSW effect, , multiplets SU(3) f group, SU(4) f group, 10.3 multiplication factor, multipole order, 5.1 muon decay and production, muonic atoms, 2.3 natural units, neutralino, 7.4 neutrino 4
5 m 2 12 oscillations, m 2 23 oscillation, θ 13, capture, 14.3 CP violation, deficit, 14.3 Dirac, 14.5 helicity, 14.4 Majorana, 14.5 mass, 7.1, 14.2 muon 14.1, reactor, 14.1 solar flux, 14.3 sterile, , 14.3, tauon 14.1, neutron activation, 4.1 decay, , delayed, prompt, radioactive source, 5.3 thermal, ultra-cold, , NMR, nonet (SU(3)), mixing angle, nuclear magneton, 24 resonance scattering, 14.4 spin, 6 ω exchange, 6 octet, odd-odd nuclei, 3.2, 5.2 odd-even nuclei, 3.2, 5.2 optical theorem, OZI rule, pp cycle, 14.3 parity, 15.4 K ± meson, 11.4, 13.3 π 0 meson, 11.6 π ± meson, 11.4 photon, 11.4 partial width, 12.1 partons, 8.6, 10.2, , 18 Penning trap, 11.9 pentaquark, 7.2 PEP-II, 20.2 phase space, 12.1,13.2 three-body, 12.3, two-body, 12.2 photoelectric effect, 9.5 pionic atom, 11.4 pixel detector, 9.9 Planck mass, plasma frequency, 9.11 plutonium, PMNS matrix, polarized protons, 11.3 positronium, ortho, 11.6, 11.7, 12.3 para, 11.6, 11.7 propagator heavy boson, 15.6 photon, 15.6 Q-value, 5, 12.3 quench gas, 9.6 quadrupole moment, 6.1 quarkonium, ρ parameter, 16.7 rad, 5.5 radiation length, 9.3, 9.12 random walk, range, 9.2 straggling, 9.2 rapidity, 8.6 reactor (nuclear), refractive index, 9.10 regeneration, Regge trajectory, rem, 5.5 representation, 11 Pauli-Dirac, 15.1 resonance absorption, 5.1 RHIC, 9.1 R parity, 7.4 r-process, 3, 6 s-process, 3 sandwich counter,
6 Sargent rule, scaling, 18 variable, , 18 scattering electron-deuterium, 16.7, 17.1 Bhabha, 16.1, Bragg, 13.1 Compton, 9.5 deep inelastic, 17,1, , 18 Møller, 7.3, Mott, 2.1, 18 νe and νe, , neutral current, Rayleigh, 9.5 Rosenbluth, 2.4, 18 Rutherford, 7 Schwinger sum rule, appendix B sea quark, 10.2, shielding current, 16.5 shower, 9.5, 9.12 sievert, 5.5 silicon detector, 9.9 skin thickness, 2.2 SLC, 9.1, slepton, 7.4 space inversion, 11.3 SPEAR, spectrometer double focusing, 3 solenoid retarding, spin K ± meson, ω meson, π ± meson, spinor, adjoint, 15 left-handed and right-handed, 15.3 spontaneous symmetry breaking, 16.5 SPS, 9.1 squark, 7.4 stability parabolas, 5.2 Stark effect, 11.3, 11.4 stochastic cooling, 9.1 stopping power, 9.2 strangeness, 10.1, 19 structure function, , 18 SU(3) wave functions baryons, appendix C mesons, appendix A super-heavy elements, 6 supersymmetry, 7.4 superweak interaction, 19.1 synchrotron, 9.1 radiation, 9.1 T2K, 8.3, tauon (τ), 7, , 14 tetraquark, 7.2 Tevatron, 9.1 Thomas precession, time projection chamber, 9.6, 14.5 tissue weighting factor, 5.5 transitions allowed, Fermi, , 16.1 forbidden, Gamow-Teller, , 16.1 superallowed, transmission factor, 5.3 method, transuranic elements, 6 transverse photon, 11.6 tritium β-decay, tunnel effect, 5.3 universality, qq potential, lepton, 13.2, uranium series, 5.3 V A interaction, , 16.1, vacuum expectation value, 16.5, 16.7 polarization, 7.3 valence quark, 10.2 valley of stability, 3 Van de Graaff, 9.1 vector mesons, 11.4 virtual particle, 7.3, wavelength shifter,
7 weak focusing, 9.1 Weinberg angle, , 16.7 Widerøe s condition, 9.1 Wolfenstein parametrization, 16.3 Wu-Yang convention, Yang-Mills fields, 16.6 Yukawa, 1.1.3, Zemach formalism,
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