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Fermi E. — Nuclear Physics

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Название: Nuclear Physics

Автор: Fermi E.

Аннотация:

This volume presents, with some amplification, the notes on the lectures on nuclear physics given by Enrico Fermi at the University of Chicago in 1949.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1974

Количество страниц: 248

Добавлена в каталог: 24.03.2008

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

Предметный указатель

Mott      30
Multipole expansion      92
N-component      219 222
Negative energy levels      48
Neutral meson      151 221
Neutrino      69 84—87
Neutrino, antineutrino      85
Neutrino, flux from sun      85
Neutrino, mass of      79 84
Neutrino, virtual      87
Neutron sources      179—181
Neutron sources, thermal      4 191—194
Neutron, age equation      187—188
Neutron, beams from Berkeley cyclotron      122
Neutron, capture in light nuclei      174
Neutron, crystalline diffraction      200—202
Neutron, decay of      70
Neutron, density in atmosphere      220
Neutron, diffusion theory      187—194
Neutron, elastic scattering      181—183
Neutron, graphite filter      203
Neutron, in cosmic rays      220
Neutron, index of refraction      201—202
Neutron, interference of      196—203
Neutron, micro crystalline scattering      203
Neutron, nascent      191
Neutron, neutron-neutron forces      129
Neutron, neutron-proton forces      113—123
Neutron, neutron-proton potentials      122—123
Neutron, neutron-proton scattering      117—120
Neutron, polarization      204—207
Neutron, scattering in ortho- and para- hydrogen      199—200
Neutron, slowing down      181—183
Nuclear forces      111—129
Nuclear forces, non-central,      113—114
Nuclear forces, sin-dependent      114—115
Nuclear reactions, listed individually under Reactions      144—145
Nuclear shells      150 167
Orbit model of nucleus      150 167
Packing fraction      2
Pair formation      38 47 54
Pair formation, in electric field      73
Pair formation, mean free path for      49
Paneth      84
Parent-daughter activity      25
Parity compound nucleus      149—152
Parity in beta decay      81
Parity in gamma decay      98—99
Partial wave theory      117—120 194—195
Pauli      137
Pauli, principle, proton-proton scattering      123
Pauli, saturation of nuclear forces      112
Penetration of nucleus in internal conversion      104
Periodic shell structure      9
Persistence of velocity      186—188
Photodisintegration of deuteron      175
Photoelectric absorption      8
Photonuclear reactions      175
Physical constants      240
Piles, chain-roacting theory by Fermi      208—213
Piles, neutron yield      180—181
Piles, thermal column      195—194
Planck radiation law      94
Plane wave in polar eigenfunctions      172
Polar vectors      99
Polarization of neutrons      204—207
Polynomials, Legendre      15
Pomaranchuk      224
Positron      48 54
Positron, emission      70—72
Powell      131
Poynting vector      89
Primakof      137
Primary cosmic radiation      215
Primary cosmic radiation, charge of      233
Protone in cosmic rays      215 222
Protone in cosmic rays, potential      128
Protone in cosmic rays, proton forces      125—128
Protone in cosmic rays, scattering results      128
Quadrupole moment      15 21
Radiactive capture, n by H      171
Radiation      80—106
Radiation, length      47
Radioactivity      17
Radioactivity, biological effect      18
Radioactivity, geological aspects      19
Radius of nucleus      65
Range of $\alpha^1$ s electrons      31—32
Range of cosmic ray particles      222
Rarita      123
Rasetti      237 101
Reactions: $(n,\alpha)$       179
Reactions: $(\gamma, n)$ reactions      179
Reactions: $C^{''} \rightarrow B^{''}+ \beta^{+}$       70
Reactions: $D+D \rightarrow {He}^{3} +n \ \ o \gamma \rightarrow H^{3} + H^{1}_{1}$       180
Reactions: $H^{3} + H^{2} \rightarrow {He}^{4} + N + Mev$       176
Reactions: $H^{3} \rightarrow {He}^{3} + \beta^{-}$       70
Reactions: $In \ (n, \gamma)$ resonance      149
Reactions: ${Be}^{7} \rightarrow {Li}^{7} - e_{k}$       70
Reactions: ${Be}^{9} + H^{1} \rightarrow {Li}^{6} + {He}^{4}$       147

Reactions: ${Li}^{6} + d \rightarrow 2\alpha$       152
Reactions: ${Li}^{7} + p \rightarrow 2He$       180
Reactions: ${Li}^{7} + p \rightarrow {Be}^{4} + n$       151 152
Reactions: ${Li}^{7} + p \rightarrow {Li}^{7} + p^{1}$       151 152
Reactions: ${Mn}^{56} \rightarrow {Fe}^{56} + \beta^{-}$       70
Reactions: ${Sn}^{124} \rightarrow {Te}^124 + 2\beta^{-} + 2\nu$       86
Reactions: Silver $(n,\gamma)$ res.      147
Recoil experiment      84
Rectangular barrier      55
references      237
Resonance, $\rho$ -Meson      131
Resonance, absorption of dipole radiation      100
Resonance, experimental data      157—159
Resonance, nuclear      145
Resonance, theory      152—157
Richtmeyer      41
Roentgen and rep      18
Rosenfeld, L.      237
Rossi      6 49 54 216 222
Rutherford, E.      4 54
Saturation of nuclear forces      111—112
Scattering angle for electrons      37
Scattering angle for electrons, compton      40—42
Scattering angle for electrons, cosmic ray electrons      53
Scattering angle for electrons, coulomb      34—36 125—127
Scattering angle for electrons, of neutrons      181—185 187 194 195
Scattering angle for electrons, of neutrons, in crystals      196—203
Scattering angle for electrons, partial wave theory      117—120
Scattering angle for electrons, Thomson      40
Scattering cross section      118—120
Scattering cross section, high-energy      121—122
Scattering cross section, low-energy      119—120
Scattering length      194—201
Schem      216 218 222 233
Schiff      237
Schwinger      123 199
Secondary cosmic radiation      217 223
Secular equilibrium      17
Segre and Helmholz      89
Segre chart      1
Selection rules      96—100
Selection rules, beta decay      80
Selection rules, Gemow — Teller      81—82
Semi-empirical atomic mass      6
Shadow effect      232
Shell structure of nuclei      9 167
Sherwin      84
Showers      49 218—219
Simpson, J.A.      221
Snyder      131
Soft component of cosmic rays      217 221 225
Spectra, band      11
Spectra, hyperfine      10
Spherical harmonics      97
Spin      see also “Angular momentum”
Spin, dipole radiation      98
Spin, eigenfunctions      123—125
Spin, flip      196—196
Spin, inherent      9—10
Spin, multiplicity      142 156
Spin, nuclear      74
Spin, operator      173
Spontaneous emission      89—94
Spontaneous emission of two quanta      105
Stars      131 162 175 217
State function, molecular      12
Statistics      12
Statistics, of nuclei      73
Stern — Gerlach      12
Stoermer      226
Stratton, J.A.      44
Sun's magnetic field      215
Symmetry and parity      150
Synchro-cyclotron      24
Tantalum, $\gamma$ -absorption res.      175
Teller      175 199 133
Thermal column      195—194
Thermal neutrons      191—194 203
Thomas — Fermi atom model      37
Thomson cross section      40
Threshold, for nuclear reactions      141
Threshold, photodisintegration      4
Threshold, reverse      5
Tiomno and Wheeler      237
two-quantum emission      105
Uncertainty principle      148 155 136
Vallarta      232
Virtual state of deuteron      120
Wentzel      137
Wheeler      166 133
Width, $\Gamma$ , decay of compound nucleus      154
Width, $\Gamma_u$ , $\Gamma_\gamma$       154 158
Wigner elements      83
Williams, E.J.      36
WKB method      62
X-radiation      101
Yukawa      131 134 137
Zeeman effect in Solar spectrum      215
“Golden Rule #1”      136 148
“Golden Rule #2”      142

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