Gamow G. — Structure of atomic nuclei and nuclear transformations :: Электронная библиотека попечительского совета мехмата МГУ

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Gamow G. — Structure of atomic nuclei and nuclear transformations

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Название: Structure of atomic nuclei and nuclear transformations

Автор: Gamow G.

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Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

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Год издания: 1937

Количество страниц: 270

Добавлена в каталог: 26.03.2008

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Предметный указатель

$\alpha$ -particles, binding energy      4 ff. 24
$\alpha$ -particles, disintegration by $\alpha$ -particles      181 ff.
$\alpha$ -particles, existence inside the nucleus      47 ff.
$\alpha$ -particles, fine-structure      108 ff.
$\alpha$ -particles, long-range      117 ff.;
$\alpha$ -particles, scat tering of $\alpha$ -particles      166 169
$\alpha$ -particles, table of energies      258 ff.
$\alpha$ -particles, theory of emission      87 ff
$\beta$ -particles, complexity of spectra      153 ff.
$\beta$ -particles, creation of $\beta$ -particles      9 130
$\beta$ -particles, energy-distribution of $\beta$ -particles      122 138 141ff.
$\beta$ -particles, non-existence inside the nucleus      4 ff.
$\beta$ -particles, secondary      67 ff.
$\beta$ -particles, selection rule for emission of $\beta$ -particles      139ff. 156ff.
$\beta$ -particles, table of energies      261 ff.
$\beta$ -particles, theory of emission of $\beta$ -particles      130 ff.
$\gamma$ -rays and $\alpha$ -ray spectra      108 ff.
$\gamma$ -rays and $\beta$ -ray spectra      150 ff.
$\gamma$ -rays, internal conversion of $\gamma$ -rays      73 ff.
$\gamma$ -rays, level schemes for $\gamma$ -rays      79 109 110 119
$\gamma$ -rays, probability of emission      72 ff.
$\gamma$ -rays, selection principle for $\gamma$ -rays      70 ff.
$\gamma$ -rays, spectrum of $\gamma$ -rays      68 ff.
$\gamma$ -rays, tables of $\gamma$ -rays      254 ff.
Absorption of $\alpha$ -rays      240 ff.
Absorption of $\beta$ -rays      241 ff.
Absorption of $\gamma$ -rays      244 ff.
Absorption of neutrinos      129
Absorption of neutrons      244
Absorption of protons      240 ff.
Abundance of nuclei      230 ff.
Amaldi      see Fermi
Artificial $\beta$ -active elements, discovery      124 185
Artificial $\beta$ -active elements, energy-distribution      124
Artificial $\beta$ -active elements, tables of Artificial $\beta$ -active elements      262
Artificial disintegration      see Reactions nuclear
Aston jr.      see Ellis
Aston, abundance of isotopes      230
Aston, isotopes and nuclear masses      6 ff.
Atkinson and Houtermans, thermal nuclear reactions      232 ff.
Bartlett, isotope displacement      64
Bartlett, nuclear shells      52
Beck and Sitte, theory of $\beta$ -decay      132
Beck, nuclear shells      48
Bethe and Peierls, photo-disintegration of deuteron      227 ff.
Bethe and Peierls, scattering of neutrons in hydrogen      170 ff.
Bethe and Wigner      see Wigner
Bethe, ionization by neutrino      120
Bethe, radiative capture of neutrons      220 ff.
Bethe, scattering of slow neutrons      178 ff.
Bieler, scattering of $\alpha$ -particles      167
Binding energies of heavy nuclei (stat. calc)      26 ff.
Binding energies of simplest nuclei      19 ff.
Binding energies, more detailed theory of binding energies      34 ff.
Binding energies, surface of binding energies      40 ff.
Bjerge      see Westcott
Blackett, photographs of nuclear transformations      182
Bohr, general nuclear model      vi ff.
Bohr, magnetic moment of proton      58 ff.
Bohr, non-conservation of energy      127 ff.
Bohr, range of charged particles      240 ff.
Bohr, scattering and capture of neutrons      179 222
Bothe and Becker, $\gamma$ -emission by artificial disintegration      183
Bothe, and Fraenz, disintegration of boron      183
Breit and Condon, interaction between protons      170
Breit and Ostrovsky, probability of substitutional reactions      199
Breit and Rosenthal, isotopic displacement      65
Broensted      see Hevesy
Chadwick and Constable, resonance disintegration      210
Chadwick and Gamow, proton groups by disintegration      183
Chadwick and Goldhaber, photo-disintegration of deuteron      226
Chadwick and Rutherford      see Rutherford
Chadwick, $\beta$ -spectrum      122
Chadwick, discovery of neutrons      184 ff.
Chadwick, scattering of $\alpha$ -rays in helium      166
Chalmers      see Szilard
Chandrasekhar, stellar nucleus      235 ff.
Chao, absorption of $\gamma$ -rays      244
Cockcroft and Walton, disintegration by protons      187 ff.
Cockcroft, Gilbert and Walton, radiative capture of protons      222 ff.
Compton scattering      69 244
Condon      see Breit; Gurney
Constable      see Chadwick
Crane      see Lauritsen
Curie jr. and Joliot, artificial $\beta$ -element      124 185
Curie jr., Halban and Preiswerk, artificial radioactive families      202
Decay constant of $\alpha$ -decay      258 ff.
Decay constant of $\beta$ -decay      261 ff.
Decay constant, definition      84
Dee and Gilbert, photographs of boron disintegration      189
Dee and Walton, photographs of lithium disintegration      187 188
Delbrueck and Gamow, probability of $\gamma$ -emission      118 ff.
Delsasso      see Lauritsen
Deuteron, binding energy of deuteron      19ff.
Deuteron, disintegration by deuteron      188 ff.
Deuteron, magnetic moment of deuteron      60 ff.
Deuteron, spin of deuteron      57
Deuteron, splitting by $\gamma$ -rays      225 ff.
Dipole radiation      71 ff. 75
Dirac, relativistic wave equation      5 146
Duncanson and Miller, resonance disintegration      210 ff.
Dunning, Pegram, Fink, Mitchell, and Murphy, scattering of neutrons      173 175—177
D’Agostino      see Fermi
Ehrenfest and Oppenheimer, existence of $\alpha$ -particles      47
Ellis and Aston jr., internal conversion      76 ff.
Ellis and Mott, analysis of $\beta$ -spectra      150 ff.
Ellis and Mott, classification of nuclear levels      115 ff.
Ellis and Oppenheimer jr., nuclear energy levels      118
Ellis and Wooster, average energy of $\beta$ -spectrum      126
Ellis, $\gamma$ -spectra      67
Elsasser, and Perrin      see Perrin
Elsasser, nuclear shells      46 52
Elsasser, stability of $\alpha$ -particles      47 ff.
Estermann      see Stern.
Evans, table of nuclear reactions      192
Exchange forces      see Interaction.
Feather, disintegration by neutrons      190
Feenberg, excited state of $\alpha$ -particle      212
Feenberg, simplest nuclei      24 ff.
Fermi constant g      133
Fermi photoelectric disintegration of deuteron      228
Fermi theory of radiative capture      219 ff.
Fermi, Amaldi, D’Agostino, Pontecorvo, Rassoti, and Segre, artificial radioactivity      190
Fermi, Amaldi, D’Agostino, Pontecorvo, Rassoti, and Segre, elements with Z > 92      202
Fermi, Amaldi, D’Agostino, Pontecorvo, Rassoti, and Segre, radiative capture of slow neutrons      217 ff.
Fermi, theory of $\beta$ -decay      131 ff.
Fink      see Dunning
Fluegge, nuclear surface energy      35
Fowler and Wilson, resonance disintegration      206 ff.
Fowler W.      see Lauritsen
Fowler, internal conversion      78
Frish      see Stern
Gamow and Chadwick      see Chadwick
Gamow and Delbrueck      see Delbrueck
Gamow and Houtermans, calculations of $\alpha$ -decay      87
Gamow and Landau, thermal transformations      232
Gamow and Rosenblum, nuclear radii and fine structure of $\alpha$ -rays      113 ff.
Gamow and Teller, selection rule for $\beta$ -decay      154 ff.
Gamow, drop-model      3
Gamow, fine structure of $\alpha$ -rays      111 ff.
Gamow, influence of spin on $\alpha$ -decay      106 ff.
Gamow, negative protons      14 ff.
Gamow, nuclear periodicity      48 ff.
Gamow, theory of $\alpha$ -decay      87 ff.
Gamow, theory of artificial transformations      186 198
Gapon, nuclear shells      52
Geiger-Nuttall rule      86
Gilbert      see Dee; Cockcroft
Goldhaber and Chadwick      see Chadwick
Goldhaber, scattering of neutrons      174

Goldhaber, spin by nuclear reactions      202 ff.
Gordon, scattering of $\alpha$ -rays      163
gray      see Tarrant
Guggenheim, nuclear shells      52
Gurney and Condon, theory of $\alpha$ -decay      87
Gurney, $\beta$ -spectra      122
Gurney, resonance disintegration      206
Hafstad      see Tuve
Hahn and Meitner, artificial radioactive families      202
Halban      see Curie
Harkins, nuclear shells      48
Harteck      see Oliphant
Heisenberg, lighter nuclei by Hartree method      36 ff.
Heisenberg, nature of nuclear forces      12 ff.
Heisenberg, nuclear model      9
Heisenberg, statistical calculation of nuclear model      26 ff.
Helium-three, binding energy of      helium-three 24 ff.
Helium-three, production of helium-three      187
Hevesy, and Broensted, radioactivity of K      123 ff.
Hevesy, radioactivity of Sm      51
Heydenburg      see Tuve
Houtermans      see Atkinson; Gamow
Hulme, internal conversion      75 ff.
Hupfeld      see Meitner.
Hydrogen-three, binding energy of hydrogen-three      24 ff.
Hydrogen-three, production of hydrogen-three      188.
Hyperfine structure of line spectra      54 ff.
Intensity alternation in band spectra      55
Interaction between neutron and proton      19 ff.
Interaction between proton and $\alpha$ -particle      169
Interaction between two $\alpha$ -particles      169
Interaction between two protons      170
interaction, Exchange      11 ff. 149
Isobars      41 ff. 48
Isomeric nuclei      16
Isotopes, table of isotopes      249 ff.
Isotopic displacement      62 ff.
Ivanenko, exchange forces      149
Ivanenko, mass-defect curve      9
Ivanenko, nuclear shells      52
Johnson      see Breit
Joliot      see Curie jr.
Kellogg      see Rabi
Keyston      see Schueler
Kinsey      see Oliphant
Klarmann, $\alpha$ -particles ejected by neutrons      191
Klein-Nishina formula      see Compton scattering
Konopinski      see Uhlenbeck
Kudar, calculations of $\alpha$ -decay      98
Landau and Gamow      see Gamow
Landau, disintegration without capture      179
Landau, non-conservation of energy in $\beta$ -decay      128 ff.
Landau, stellar nucleus      235 ff.
Lande, nuclear shells      48 52 203
Lauritsen, Crane, Delsasso, and Fowler, $\gamma$ -rays by artificial transformation      211
Lawrence, disintegration by deuterons      188
Lawrence, excitation curve for fluorine      198
Lawrence, McMillan, and Thornton, exchange reactions      216 ff.
Lee, capture of neutrons by protons      217
Lejpunskij, existence of neutrino      130
Lewis      see Rutherford
Magnetic moments of proton and neutron      58 ff.
Magnetic moments, measurement of magnetic moments      54 56
Magnetic moments, tables of magnetic moments      253
Majorana, nature of nuclear forces      12 27
Mass-defect curve for n-p ( $\alpha$ ) model      10
Mass-defect curve for p-e ( $\alpha$ ) model      7
Massey and Mohr, simplest nuclei      23 26
McMillard      see Lawrence
Meitner and Hahn      see Hahn
Meitner and Hupfeld, absorption of $\gamma$ -rays      244
Meitner and Orthmann, average energy of $\beta$ -spectra      126
Meitner, $\gamma$ -spectra      67 ff.
Metastable nuclei      42 ff.
Miller      see Duncanson
Mitchell      see Dunning
Mohr      see Massey
Mott and Ellis      see Ellis
Mott and Taylor, internal conversion      77 ff.
Mott, collisions of like particles      165 ff.
Mott, inverse-square scattering      161 ff.
Mott, resonance disintegration      208
Murphy      see Mitchell
Nahmias, range of neutrino      129
Neutrinos mass, spin, and magnetic moment      129
Neutrinos, hypothesis about      129
Neutrinos, proof of existence      130
Neutrons in other elements      175 ff.
Neutrons, disintegration by neutrons      189 ff.
Neutrons, magnetic moment of neutrons      60
Neutrons, magnetic scattering of neutrons      244
Neutrons, radiative capture of neutrons      217 ff.
Neutrons, scattering in hydrogen      170 ff.
Neutrons, spin of neutrons      57
Neutrons,discovery of neutrons      184 ff.
Nishina      see Klein
Nukabayasi, calculations of nuclear model      32 ff.
Nuttall      see Geiger
Oliphant, Harteck, and Rutherford, reaction between two deuterons      188
Oliphant, Kinsey, and Rutherford, disintegration of lithium      187
Oppenheimer and Phillips, exchange reactions      214 ff.
Oppenheimer and Plessett, pair-production      69 244
Oppenheimer jr.      see Ellis
Oppenheimer, and Ehrenfest      see Ehrenfest
Orthmann      see Meitner
Ostrovsky      see Breit
Pair-production      69 244
Paton, disintegration of boron      183
Pauli, magnetic moment of nucleus      53
Pauli, neutrino hypothesis      129 ff.
Peierls      see Bethe; Wigner
Periodic properties of nuclei      45 ff.
Perrin and Elsasser, theory of neutron capture      220
Perrin, probability of $\gamma$ -radiation      72
Phillips      see Oppenheimer
Photo-disintegration, nuclear      225 ff.
Plessett      see Oppenheimer
Pontecorvo      see Fermi
Pose, resonance disintegration      209 ff.
Potassium radioactivity      123 141
Potential barrier      see $\alpha$ -particle emission
Preiswerk      see Curie
Protons, disintegration by protons      187 ff.
Protons, magnetic moment of protons      58
Protons, scattering of protons      167 170
Protons, spin of protons      57
Quadrupole radiation      71 ff.; 75
Rabi, Kellogg, and Zacharias, magnetic moment of deuteron      60
Rabi, Kellogg, and Zacharias, magnetic moment of proton      68
Rabi, Kellogg, and Zacharias, measurement of magnetic moment      56
Rabi, scattering of neutrons      175 ff.
Racah, isotopic displacement      64
Racah, nuclear shells      50
Radiative capture of neutrons      217 ff.
Radiative capture of protons      222 ff.
Radiative capture, tables of radiative capture      265
Radiative losses of fast $\beta$ -rays      243
Radii effective      113 ff.
Radii of nuclei in statistical model      33 ff.
Radii of radioactive elements      105
Radioactive families      83 258 261
Rasseti      see Fermi
Reactions “en passant ”      213 ff.
Reactions, essentially involving radiation      217 ff.
Reactions, exchange      214 ff.
Reactions, nuclear, substitutional      181 ff.
Resonance by radiative capture      218 ff. 224
Resonance by substitutional reactions      206 ff.
Rosenblum and Gamow      see Gamow
Rosenblum, fine structure of $\alpha$ -rays      109 ff.

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