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| Авторизация |
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| Krane K.S. — Introductory nuclear physics |
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| Предметный указатель |
Rutherford scattering, nuclear radius determination 57 402
Rutherford scattering, quantum effects 404—405
Rutherford scattering, scattered fraction 397
s process abundances 778 780
s process nucleosynthesis 776
Scattering length 93
Scattering length, neutron-proton scattering 95
Scattering length, singlet and triplet 94—95
Scattering, electron 45
Scattering, electron, by  and  46
Scattering, electron, by  47
Scattering, electron, charge distribution from 49
Scattering, electron, nuclear radius from 50
Scattering, neutron, from molecular  93
Scattering, neutron-neutron 96 99
Scattering, neutron-neutron, effective range 99
Scattering, neutron-neutron, scattering length 99
Scattering, neutron-proton, differential cross section 109
Scattering, neutron-proton, differential cross section, effective range 95
Scattering, neutron-proton, differential cross section, scattering length 95
Scattering, neutron-proton, differential cross section, singlet vs. triplet 92
Scattering, neutron-proton, differential cross section, total cross section 92
Scattering, nucleon-nucleon 86
Scattering, nucleon-nucleon, charge symmetry 102
Scattering, nucleon-nucleon, differential cross section 90
Scattering, nucleon-nucleon, phase shift 88
Scattering, nucleon-nucleon, phase shifts (intermediate energy) 103
Scattering, nucleon-nucleon, polarized 104
Scattering, nucleon-nucleon, s-waver phase shift 88
Scattering, nucleon-nucleon, square-well wave functions 88
Scattering, nucleon-nucleon, total cross section 90—91
Scattering, proton-proton 96
Scattering, proton-proton, differential cross section 97
Scattering, proton-proton, effective range 99 102
Scattering, proton-proton, phase shifts (low energy) 99
Scattering, proton-proton, scattering length 99 102
Schmidt lines 126
Schroedinger equation 12
Schroedinger equation, one-dimensional, time independent 12
Schroedinger Equation, radial 27
Schroedinger equation, spherical coordinates 14
Schroedinger equation, three-dimensional, time independent 14
Scintillation detectors 207 211
Scintillation detectors, activated 211
Scintillation detectors, energy resolution 224
Scintillation detectors, inorganic 209
Scintillation detectors, organic 209
Scintillation detectors, time resolution 230
Secular equilibrium 170 171 172
Semiconductor detectors 213
Semiconductor detectors, band structure 214—215
Semiconductor detectors, depletion region 216
Semiconductor detectors, Ge 217
Semiconductor detectors, Ge, energy resolution 225
Semiconductor detectors, Ge, time resolution 230
Semiconductor detectors, Si 217
Semiconductor detectors, surface barrier 217
Semiconductor detectors, timing 217
Semiempirical mass formula 68 250
Separation energy, neutron 65
Separation energy, proton 65
Separation energy, two-nucleon, systematics and shell structure 119
Shell model 68 117—134
Shell model, deformed nuclei 151
Shell model, effect on alpha decay 250
Shell model, effect on beta decay 322
Shell model, effect on fission 494
Shell model, effect on nucleosynthesis 780
Shell model, electric quadrupole moments 127 129 130
Shell model, energy levels 123
Shell model, evidence for 117 119 120
Shell model, excited states 131
Shell model, independent particle assumption 131
Shell model, magnetic dipole moments 125 127 128
Shell model, many-particle 149
Shell model, potential 122
Shell model, spin-orbit interaction 124
| Sievert (unit) 187
Silicon burning, stellar 771
Single-escape peak 222
Skin thickness 48
Specific  -ray constant 185 186
Specific activity 184 230
Spectrometer, magnetic 236
Spectroscopic notation 35 37 610
Spectrum, -ray, comparison of Ge and Nal 223
Spectrum, -ray, comparison of Ge and Nal, pulse-height 220
Spherical Bessel functions (table) 28
Spherical harmonics (graphs) 30
Spherical harmonics (table) 27
Spherical harmonics, parity 38
Spin 36
Spin, nuclear 70
Spin, nuclear, quantum number 603
Spin, odd-odd nuclei 604
Spin-lattice relaxation 630
Spin-orbit coupling, atomic 611
Spin-orbit interaction, in nucleon-nucleon scattering 104
Spin-orbit interaction, in shell model 124
Standard deviation 218
Standard deviation of repeated measurement 219
Stationary state 13 40 165
Statistics, counting 217
Step potential 16 17
Stopping power 194
Strangeness 686 717
Strangeness, conservation of 687
Superheavy elements 433
Superheavy elements, production in r process 779
Symmetry, exchange 39
Symmetry, reflection (parity) 37
Tau lepton 709
Telescope, counter 238
Thermonuclear weapons 553—557
Thermonuclear weapons, design 554
Thermonuclear weapons, effects 556
Thermonuclear weapons, strategic arsenals 556
Theta-tau puzzle 312
Threshold energy 382 594 714
Time resolution 229
Time resolution, Ge 230
Time resolution, scintillators 230
Time reversal 309
Time-of-flight method 239—240
Time-to-amplitude converter (TAC) 228
Tomography 803
Transient equilibrium 173
Transition probability 40
Transuranic elements 478
Tunneling 19
Upsilon resonance 738—740 744—745
Variance 218
Vibrational model 139
Wave function 12
Wave function, free particle 15
Weak bosons 286 703
Weak bosons, decay of 707
Weak bosons, discovery of 706—707
Weak bosons, exchange of 747
Weak bosons, mass 705
Weak interaction 285
Weak interaction coupling constant 705
Weak interaction, diagrams for 704
Weak interaction, neutral current 707
Weinberg angle 705
Weinberg angle in GUTs 750
Weinberg — Salam theory 704—705 707 see
Width of decaying stale 40 167
X particle 762
X particle, exchange in GUTs 749
X ray, K 51
X rays, medical imaging with 803—806
Zeeman effect 616—617
Zeeman effect, nuclear 336 370—371 see
Zweig's rule 729 735 739
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