Isobaric analog states, inelastic scattering via 369 370
Isobaric analog states, nuclear-structure studies with 366—369
Isobaric spin 45 136—143
Isobaric spin in beta decay 278—281
Isobaric spin operators  137—138 141—143 see
Isomerism, fission 267
Isomerism, gamma-ray 302—304
Isomerism, gamma-ray, in odd-A nuclei 302—304
Isomerism, gamma-ray, in odd-odd nuclei 302
K capture see "Electron capture"
Knockout reactions 351—352
Kurie plot 272—273
Legendre polynomials, associated 25 107—108 148
Level density 118 340—345 see between
Liquid drop, binding energy of 163—165
Liquid drop, model of compound nucleus 311—313
Liquid drop, oscillations of 107—109
Liquid drop, vibrational energy of 114—115
m configuration 121—123
Magnetic instruments 223—230
Magnetic instruments, aberrations 224—226
Magnetic instruments, comparison with electric 223
Magnetic instruments, cyclotron 240—243
Magnetic instruments, focussing 226 228—230
Magnetic instruments, internal-conversion spectrograph 305 308
Magnetic instruments, quadrupole lens 228—230
Magnetic instruments, sector spectrograph 224—228
Magnetic instruments, sector spectrograph,  226—228
Magnetic instruments, sector spectrograph, uniform-field 224—226
Magnetic moment of deuteron 40
Magnetic moment of neutron 8
Magnetic moment of nonsingle quasiparticle states 177—178
Magnetic moment of odd-A spheroidal nuclei 179
Magnetic moment of proton 8
Magnetic moment of rotational states in even-even nuclei 178—179
Magnetic moment of single quasiparticle states 174—177
Magnetic moment, effect of, in angular correlation 302
Magnetic moment, general 8
Magnetic moment, measurement of 9
Magnetic moment, table of 412—417
Magnetic multipole radiation 295—297
Majorana force 44 46 58
Mass spectroscopy 161
Masses of nuclei 1 160—162 418—423
Matrix element, transition, beta decay 278—282
Matrix element, transition, coulomb excitation 380—381
Matrix element, transition, definition of 269
Matrix element, transition, gamma-ray 290—292
Matrix element, transition, in nuclear reactions 344—345
Medical diagnostics, radioactivity in 384—386
Mesons,  51 56
Mesons, cloud around nucleons 9
Mesons, effects in charge independence 60n.
Mesons, exchange currents 9n. 40n.
Mesons, one-boson exchange potential (OBEP) 56
Mesons, one-pion exchange potential (OPEP) 50
Mesons, production 55
Mesons, theory of nuclear force 47—51
Mobilities 218
Moderator 406
Moment of inertia 148 150—151
Moszkowski rates 296 297
Mottelson, B.R. 147
Natural parity states 373
Neutron capture 338—340
Neutron capture by thermal neutrons 339—340
Neutron capture in closed-shell nuclei 338—339
Neutron capture, nuclei with low cross section for 340
Neutron capture, ratio to scattering 338
Neutron star 400
Neutrons 187—188 191 269—276 284
Nilsson diagram 145—147
Nilsson, S.G. 147
Nonspherical nuclei 80—82 see
Normal modes 108
Nuclear force 7 32—62
Nuclear force, charge independence of 60 136—143
Nuclear force, Hamada — Johnston potential 56—58
Nuclear force, many-body 60—62
Nuclear force, one-boson exchange potential (OBEP) 56
Nuclear force, one-pion exchange potential (OPEP) 50
Nuclear force, range of 7 48 51
Nuclear force, Reid potentials 59—60
Nuclear force, repulsive core in 56
Nuclear force, soft-core potentials 59—60
Nuclear force, spin dependence 36
Nuclear force, spin-orbit term 47 53—54
Nuclear force, static 42—46
Nuclear force, symmetry requirements in 42—43
Nuclear force, three-body 61—62
Nuclear force, velocity-dependent 43 46—47
Nuclear force, velocity-dependent, complete expression for 43 46
Nuclear force, Yale potentials 60
nuclear matter 172—174
Nuclear matter, infinite 173—174
Nuclear matter, semi-infinite 174
Nuclear reactions 311—381
Nuclear reactions, cross sections 200
Nuclear reactions, products 201
Nuclear reactions, Q values of 161 199—200 see "Direct
Nucleon emission 193—195 252—260
Nucleon emission as groups of nucleons 193—195
Nucleon emission, angular-momentum barrier in 255—258
Nucleon emission, coulomb barrier in 258—260
Nucleon emission, energy requirement for 193
Nucleon emission, l=0 neutrons 252—255
Nucleosynthesis see "Elements origin
Oblate spheroid 82 155—156
Occupation number from (d,p) reactions 361
Occupation number from (p,d) reactions 364
Occupation number in (p,t) reactions 371
Occupation number in alpha decay 262
Occupation number in beta decay 280—281
Occupation number in even-even nuclei 102—105
Occupation number in odd-A nuclei 128—130
Occupation number, definition of 102
Odd-A nuclei 126—135
Odd-A nuclei, spheroidal 156—157
One-boson exchange potential (OBEP) 56
One-pion exchange potential (OPEP) 50
Optical model 316—324 356 359
Orbit model 26
Oscillator potential 73—75 79
Overlap integral 261 278
Pairing 88—94 96 99—101 132 140 147
Pairing between neutron and proton 100—101
Pairing theory 105 130 see "Quasiparticle
Pairing, effect on binding energy 169—170
Parity 27—29 43
Parity conservation in collisions 85
Parity of vibrational states 113 153
Parity, determination from beta decay 283—284
Parity, determination from direct reactions 360—362 364 369—373
Parity, determination from gamma decay 298—299
Parity, determination from gamma decay, polarization measurements 300—301
Parity, determination from internal conversion 309
Parity, determination from isobaric analog-state studies 367 368
Particle identification 222—223 236
Pauli exclusion principle in compound nucleus 315 316
Pauli exclusion principle in isobaric spin 143
Pauli exclusion principle in shell-theory potential depth 66
Pauli exclusion principle in two-body system 39—40
Pauli exclusion principle, explanation of 36—40
Perturbation theory 94—96
Phase shift 52
Phonons 109—116 122—123 289—290
photographic emulsion 211 222
Photomultiplier 212 213
Photonuclear reactions 346—348
Pickup reactions see "Stripping and pickup reactions"
| Plane-wave Born approximation (PWBA) 355—358
Plunger method 239
Potential scattering 329—331
Prolate spheroid 82 155—156
Proportional counter 217
Proton-proton cycle 393—394
Pulsars 400
Pulse rise time of charge collection detectors 216
Pulse rise time of scintillation detectors 213
Pulse rise time of semiconductor detectors 218
Pulse-height analysis 220
Pulse-shape discrimination 236—237
Q value 161 199—200
Quadrupole lens 228—230
Quadrupole moment, electric, definition of 9—11
Quadrupole moment, electric, of deuteron 40
Quadrupole moment, electric, of single-hole states 180
Quadrupole moment, electric, of single-particle states 180
Quadrupole moment, electric, of spheroidal nuclei 181—183
Quadrupole moment, electric, of vibrational states 156 183 381
Quadrupole moment, electric, table of 412—417
Quadrupole moment, electric, theory of 179—183
Quadrupole radiation, electric 292—295
Quantum numbers,  144—146
Quantum numbers, good, in various cases 144
Quantum numbers, isobaric spin  138—140
Quantum numbers, K 152
Quantum numbers, n 15 21 23
Quantum numbers, orbital angular momentum (l) 19 24
Quantum numbers, orbital angular momentum (l), z component of  24
Quantum numbers, total angular momentum (J) 72
Quantum numbers, total angular momentum (j), z component of (m) 72
Quasi-particle number 101—102 see "Single-quasi-particle "Two-quasi-particle
Radioactivity 195—196
Radioactivity, applications of 383—387
Radioactivity, decay properties 196
Radioactivity, identification with 243—244
Radioactivity, production of 198—199
Radiochemistry 243—244
Radius, nuclear 4 66 257
Range of particles 209 210
Rayleigh, Lord 107
Reaction rate, thermonuclear 389—392
Reactor, nuclear, fission 337 406—407
Reactor, nuclear, fission, breeder 407
Reactor, nuclear, thermonuclear 403—405
Red giant stars 396 403
Reduced width as overlap integral 261
Reduced width in strength function 333—334
Reduced width, alpha-particle emission 260—263
Reduced width, alternate definitions 327n. 333
Reduced width, fission 263
Reduced width, nucleon emission 254 255
Reduced width, relation to resonance widths 326 333
Reflection of waves 247—250
Reid potentials 59—60
Residual interactions 84 99 132 136 see
Resonance scattering 329—331
Resonances 325—336
Rotational states 147—151
Rotational states in even-even nuclei 152—153
Rotational states in odd-A nuclei 156 157
Rotational states, coulomb excitation of 381
Rotational states, excitation in direct reactions 378
Rotational states, gamma-ray transitions between 295
Rotational states, magnetic moments of 178—179
Rutherford scattering 1 33
Scattering length 52
Scattering of electrons 2—3 5
Scattering, inelastic 199 375—380
Scattering, nucleon-nucleon 33 51—55
Scattering, nucleon-nucleon, double 53—55
Scattering, Rutherford 1 33
Schmidt lines 176—179
Schroedinger equation 25 44 91
Scintillation detectors 212—214
Scintillation detectors, rise time of 213
Scintillators, inorganic 214
Scintillators, NaI(T1) 214
Scintillators, organic 214 230
Scintillators, plastic 214
Selection rules, beta-decay 276—277 282—284
Selection rules, gamma-ray 296—299
Semi-empirical mass formula, beta-decay systematics from 189
Semi-empirical mass formula, complete 170—171
Semi-empirical mass formula, coulomb term 165—166
Semi-empirical mass formula, pairing term 169—170
Semi-empirical mass formula, surface term 164—165 174
Semi-empirical mass formula, symmetry term 166—169
Semi-empirical mass formula, volume term 163—164 173—174
Semiconductor detector 215 218—219
Semiconductor detector rise time 218
Semiconductor detector, Ge(Li) 218—219
Semiconductor detector, silicon 218
Separation energy, nucleon 76—78
Shape of nucleus 80—82 154—156 378—379
Shell-theory potential 64—82
Shell-theory potential, depth 66 71 173
Shell-theory potential, radius 66
Shell-theory potential, shape 66
Shell-theory potential, spin dependence 68
Shell-theory potential, spin-orbit force in 68—70
Shell-theory potential, surface thickness 66
Shell-theory potential, symmetry-energy dependence 66
Shell-theory potential, velocity-dependent forces, effect on 68—72
shells 73—75
Silicon burning 398—399
Single-hole nuclei 86 87 128
Single-hole nuclei, magnetic moment of 174
Single-hole nuclei, orbit energies from state of 364—365
Single-particle nuclei 76 86 87 128
Single-particle nuclei, magnetic moment of 174—176
Single-particle nuclei, orbit energies from states of 363 365
Single-quasi-particle (SQP) states 126—134
Single-quasi-particle (SQP) states from (d,p) reactions 361—364
Single-quasi-particle (SQP) states in spheroidal nuclei 156
Single-quasi-particle (SQP) states, energies of 126—130
Single-quasi-particle (SQP) states, magnetic moment of 174—175 177—178
Single-quasi-particle (SQP) states, wave function of 128
Size of nucleus 1 4 173 see nuclear"
Solid-state detector see "Semiconductor detector"
Space exchange 44 58
Spallation 199 344
Spark chamber 211—212
Spectrograph, magnetic see "Magnetic instruments"
Spectroscopic factor ( ) in one-nucleon transfer 356 359—364 367—368
Spectroscopic factor () in two-nucleon transfer 371
Spectroscopic notation 20 87
Spheroidal nuclei 80—82 143—157
Spheroidal nuclei, even-even 147—156
Spheroidal nuclei, even-even, ground-state rotational band in 147—150
Spheroidal nuclei, even-even, noncollective states in 153—154
Spheroidal nuclei, even-even, vibrational states of 151—156
Spheroidal nuclei, oblate 146—147
Spheroidal nuclei, odd-A 156—157
Spheroidal nuclei, prolate 146—147
Spheroidal nuclei, quadrupole moments of 181—183
Spheroidal nuclei, shell-theory potential in 143—147
Spin 27
Spin dependence in shell-theory potential 68
Spin exchange 44—45
Spin in beta decay 276
Spin in nucleon-nucleon double scattering 54
Spin of deuteron 36
Spin polarization 54—55
Spin wave function, in two-nucleon system 38 see of
Spin-orbit interaction in nucleon-nucleon force 47 53—54
Spin-orbit interaction in shell-theory potential 68—70 72 73
Spin-orbit interaction, level splitting by 73
Spontaneous fission 265
|
|
|
Î ïðîåêòå