Главная    Ex Libris    Книги    Журналы    Статьи    Серии    Каталог    Wanted    Загрузка    ХудЛит    Справка    Поиск по индексам    Поиск    Форум   
blank
Авторизация

       
blank
Поиск по указателям

blank
blank
blank
Красота
blank
Cohen E.R. — Fundamental Constants of Physics
Cohen E.R. — Fundamental Constants of Physics



Обсудите книгу на научном форуме



Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter


Название: Fundamental Constants of Physics

Автор: Cohen E.R.

Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1957

Количество страниц: 287

Добавлена в каталог: 21.03.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
blank
Предметный указатель
Grunstra, B.G.      41 (ref.27) 54 98
Guerriero, L.      78 (ref.162) 100
Guillaume, C.E.      5 17 13 28
Gupta, I.C.      72 (ref.140) 73 80 81 99
Gyromagnetic ratio, of muon      58
Gyromagnetic ratio, of proton      188 198 250 269
h/e, measurements of      143
h/e, measurements of, discrepancies in      147
h/e, measurements of, excitation potentials      144 152
h/e, measurements of, photoelectric effect      144
h/e, measurements of, SWL of x-rays      144
Haddock, R.P.      65 66 67 74 96 97
Hadley, J.      38 39 46 48 93
Halbert, M.L.      41 (ref.25) 93
Hammer, W.      133 180
Hansen, L.F.      65 (ref.102) 96
Hansen, W.W.      184 188 220
Harrington, E.      115—117 122 179
Harris, D.R.      76 (ref.150) 99
Harris, G.      48 70 71 74 93 98 99
Harris, J.N.      147 (ref.66) 149 212 214 251 181
Harrison, F.B.      62 (ref.83) 95
Haskin, D.M.      77 (ref.154) 99
Haun, R.D., Jr.      6 13
Havens, W.W.      45 93
Hay ward, R.W.      64 (ref.96b) 75 96
Heald, M.A.      202 203 254 221
Heckman, H.H.      65 (ref.101) 66 111) 67 74 77 82 96 97 100
Heitler, W.      207 (ref.46) 221
Helm, R.H.      53 (ref.60) 94
Hemenway, C.L.      152 (ref.67) 181
Hendel, A.      66 (ref.105) 97
Henley, E.M.      33 54 92 94
Hennessy, J.      66 (ref.110) 97
Henning, F.      8 12 13
Henri, V.P.      44 (ref.34) 45 93
Hercus, E.O.      20 28
Herzberg, G.L      132 (ref.36) 180
Heuse, W.      8 13
Heyl, P.R.      16 28
Hilberry, N.      60 (ref.74) 61 95
Hillier, R.      66 (ref.107) 77 84 97 101
Hincks, E.P.      60 61 62 95
Hippie, J.A.      25 32 189 190 191 198 201 250 251 260 263 220
Hoag, J.B.      60 (ref.74) 61 95
Hoang, T.F.      64 (ref.98) 70 71 76 96 98 99
Hodson, A.L.      66 (ref.104) 76 88(ref.199) 97 99 102
Hoff, K.L.      70 (ref.131 132) 72 98
Hoffman, , J.I.      26 27 28
Hooper, J.      66 (ref.107) 77 97
Hoppes, D.D.      64 (ref.96h) 76 .96
Hornbostel, J.      67 97
Hornyak, W.F.      29 (ref.1) 92
Houston, W.V.      116 132 173 179 180
Houterman, F.G.      53 (ref.58) 94
Hoyt, H.C.      154 157 181
Hudson, R.P.      64 (ref.96b) 75 90
Huggett, R.W.      68 (ref.114) 78 98 100
Hulubei, H.      121 (ref.25) 180
Hyams, H.D.      70 (ref.124) 98
Hypereharge      90
Hyperemia charge      see “Hypercharge”
Hyperfine structure shift in hydrogen      36
Hyperons, properties of      78 (see also “Mesons”)
Impeduglia, J.      78 (ref.162a) 100
Indirect value, of input numeric      259
Ingelstam, F.      121 (ref.24) 180
Ingelstam, F.C.      55 (ref.67) 94
Inman, F.W.      82 (ref.176a) 100
International Electrical Units      9
International Gravity Formula      17
International Temperature Scale      7 271
Inverse cyclotron      193
Iredale, P.      66 (ref.107) 77 84 87 97 101
Isochromats, method of      146—151 207—220
Isofermionic charge      see “Hypereharge”
Isometric consistency chart      163 108 171
Isometric consistency chart in 1940      172
Isometric consistency chart in 1947      175 176
Isotopic abundance ratios for oxygen      129 271
Jaeger, W.      12 (ref.11) 20 13 28
Jakobson, M.      43 45 93
Janes, (5.D.      72 (ref.135) 98
Jeffries, C.D.      193 194 251 260 220
Jenkins, F.A.      18 112 28 179
Johnson, F.T.      144 (ref.58) 147 149 211 chap.5) 212 251 181
Johnson, M.H.      49 (ref.43) 93
Johnston, R.IL W.      66 (ref.107) 77 97
Joule equivalent      20
Joule, J.P.      8 13
K-mesons      see “Mesons”
Kane, J.A.      50 (ref.49) 94
Kaplon, M.F.      70 (ref.127a) 71 76 77 98 99
Karmangara, M.L.T.      59 (ref.71) 95
Karplus, R.      88 197 202 204 206 102 221
Karzmark, C.J.      78 (ref.161) 78 100
Kaufman, W.      134 180
Kayas, G.      66 (ref.110) 97
Kecfe, D.      66 (ref.107) 77 107) 79 84 87 97 99—101
Keesom, W.M.      8 18
Keller, J.M.      167 177
Kellstrom, G.      116 (ref.14) 179
Kelvin temperature scale      7 8 271
Kepler, R.G.      65 (ref.102) 96
Kerth, L.T.      66 (ref.108) 67 97
Kessler, J.      44 (ref.35) 45 54 93
Keuffel, J.W.      62 70 95 98
Kilogram, definition of      4
Kimm, Y.B.      78 (ref.161) 100
Kinsler, L.E.      132 173 180
Kirchner, F.      133 134 136 137 155 160 173 177 180 181
Kirkpatrick, P.      147 (ref.62) 150 156 167 172 173 181
Klarmann, J.      77 (ref.158) 99
Klein, A.      206 221
Klein, D.J.      154 157 181
Koenig, S.H.      201—203 254 266 221
Koshiba, M.      77 (ref.154) 99
Koslov, S.      54 56 94
Kraushaar, W.L.      44 45 98
Kretschmar, G.G.      155 173
Kroll, N.M.      54 (ref.68) 197 202 204 206 94
Kuehner, J.A.      49 (ref.37a) 93
Kulenkampff, H.      208 221
Kusaka, S.      58 (ref.70) 94
Kusch, P.      201—206 254 266 221
Laby, T.H.      20 28
Lagarrigue, A.      65 (ref.102) 66 69 117) 70 71 82 87 91 96—98 100
Lal, D.      80 100
Lamb — Retherford shift      194 196
Lamb, W.E., Jr.      194 195 197 250 220 221
Lambda meson      79 (see also “Mesons (hyperons)”)
Landau, L.D.      49 (ref.53) 94
Lande, K.      78 (ref.162a) 100
Langer, L.M.      53 (ref.58) 94
Lannutti, J.E.      70 (ref.131 132) 72 132) 98
Laplace, P.S.      224 (ref.4) 246
Lapp, R.E.      58 (ref.70) 94
Lattes, C.M.      34 92
Lauritsen, C.C.      29 (ref.1) 30 92
Lawlor, G.      66 (ref.107) 77 97
Lawrence, E.O.      153 160 173 189
Layton, T.W.      218 (ref.50) 261 221 271
Lazarus, A.J.      59 (ref.72) 95
Least squares, method of      222
Least squares, method of, generalized theory      237
Least-squares analysis, selection of data for      247
Lederman, L.M.      44 45 53 54 59 64 72 73 75 78 79 80 81 93—95 98 100
Lee, T.D.      63 75 78 96 99 100
Leide, A.      55 (ref.66) 94
Leigh ton, R.B.      69 (ref.119) 70 121) 71 79 80 84 87 88 91 98 100 101
Leipuner, L.      41 (ref.26) 56 98
Leitner, J.      72 (ref.140a) 73 74 80 81 83 85 88 99 101
Length, mass, and volume, definition of units      4
Leontic, B.      59 (ref.71) 95
Leprince-Ringuct, L.      62 63 66 110) 69 77 87 185) 91 95—99 101
Levi-Setti, R.      66 (ref.107) 77 97
Levy, M.      90 (ref.204) 102
Lewis, H.W.      36 (ref.18) 92
Li, C.W.      29 (ref.1) 30 92
Lifetime, K-meson      69 70 91
Lifetime, lambda meson      80 91
Lifetime, mesons and hyperons      91
Lifetime, muon      60 91
Lifetime, pion      47 91
Lifetime, sigma particles      84 91
Lifetime, theta meson      72 91
Limiting gas densities      18
Lind, D.A.      157 181
Lindeberg, G.K.      76 (ref.151) 87 91 99 101
Lindenfeld, P.      47 93
Lindhard, J.      36 (ref.18) 92
Lipson, H.      125
Liter, definition of      5
Loar, H.H.      45 49 50 98 94
Lock, W.O.      64 (ref.98) 96
Lokanathan, S.      42 (ref.29) 93
Longacre, A.      61 (ref.82) 95
Longmire, C.      142 204 181 221
Lorentz, H.A.      141
Loria, A.      78 (ref.162) 100
Low, F.E.      206 (ref.45) 221
Lukirsky, P.      172
Lyons, H.      6 18
Mack, J.E.      54 (ref.65) 57 94
Mackenzie, I.C.C.      110 111 188 179
Maclnnes, D.A.      27 28
Maenchen, G.      85 (ref.184) 86 101
Magnetic moment, of muon      58
Magnetic moment, of proton      251 269
Magnetic resonance frequency of the proton      189
Manescu, I.      55 (ref.64) 94
Manfredini, A.      77 (ref.159) 87 99 101
Marginal probability distributions      230
Mariani, F.      59 (ref.71) 94
Markoff, A.A.      224 (ref.5) 246
Marshak, R.E.      49 (ref.43) 62 87 90 94 96 102
Martin, W.      69 (ref.115) 79 88 98 102
Martinelli, E.A.      42 43 45 98
Masek, G.E.      59 (ref.72) 95
Maskelyne, N.      14
Mason, C.J.      82 (ref.176a) 100
Mass and energy, relativistic equivalence      29
Mass ratio, pion-muon      52
Mass ratio, proton-electron      201 268
Mass, nuclear, from reaction energies      29—31
Mass, of electron      267
Mass, of heavy mesons      82 84 91
Mass, of hyperons      78—84 86 87
Mass, of K-mesons      62 65 67 91
Mass, of light melons      32—42 51—58 91
Mass, of mesons and hyperons (tabic)      91
Mass, of muon      51 54 58 91
Mass, of neutron      91 267
Mass, of pion      46 58 91
Mass, of proton      91 267
Mass, of tau meson      64 91
Mass, of theta meson      68 91
Mass, units of      4
May, M.M.      72 (ref.134) 79 80 98
Mayo, R.L.      177
McDiamid, B.      59 (ref.71) 95
McGuire, A.D.      41 (ref.25) 98
Menon, M.G.K.      66 (ref.107) 77 153) 79 84 87 97 99—101
Merlin, M.      66 (ref.107) 77 79 82 97 100
Merrison, A.W.      49 (ref.37a) 93
Meshcheryakov, M.G.      50 (ref.50) 94
Mesic energy levels      41
Mesic x-rays      40—42 54—58
Mesic x-rays, and mass of negative muon      55
Meson decay      43 53
Meson decay, of K-meson      77
Meson lifetime      42 60 69 70 72 80 84 91
Meson mass      46 51 54 58 62 64 65 67 68 80 82 84 91
Meson mass, from mesic x-rays      42
Meson, gyromagnetic ratio of $\mu^+$      58
Meson, gyromagnetic ratio of $\mu^+$, kappa meson      76
Meson, gyromagnetic ratio of $\mu^+$, magnetic moment of $\mu$      58
Meson, gyromagnetic ratio of $\mu^+$, parity      48 74
Meson, gyromagnetic ratio of $\mu^+$, spin      48 50 58 74
Mesons, (hyperons), lifetime of $\Lambda^0$      80
Mesons, (hyperons), lifetime of 2      84
Mesons, (hyperons), mass of $\Lambda^0$      80
Mesons, (hyperons), mass of $\Sigma^+$      82
Mesons, (hyperons), mass of $\Sigma^-$      84
Mesons, (hyperons), xi particles      86
Mesons, classification and nomenclature, of hyperons      78
Mesons, classification and nomenclature, of K-particles      62
Mesons, hyperfragments      87
Mesons, masses and properties      32 91
Mesons, masses and properties, of hyperons      78 91
Mesons, masses and properties, of K-mesons      62 75
Mesons, “strange” particles      88
Meter, definition of      4
Method of isochromats      146
Meyer, A.J.      62 (ref.83) 95
Meyerott, E.R.      204 (ref.33) 221
Mezzetti, L.      70 (ref.123) 98
Michelson, A.A.      106 107 108 110 111 112 184 179
Mickelwait, A.B.      41 (ref.27) 54 93
Millar, D.D.      69 (ref.118) 70 72 98
Miller, P.H.      119 (ref.19) 180
Millikan, R.A.      112—118 122 173 179
Millman, S.      201 (ref.29) 221
Milone, A.      66 (ref.107) 77 97
Minimum error      239
Mitbewegung des Kerns      31
Moellering, W.M.      206 (ref.45) 221
Moffat, R.J.D.      53 (ref.58) 94
Mohler, N.      66 (ref.109) 67 97
Mole volume of an ideal gas      18
Moles, E.      19 28
Morellet, D.      66 (ref.110) 97
Motley, R.      70 (ref.129 130) 71 98
Mozley, R.F.      43 (ref.32) 45 98
Muirhead, H.      64 (ref.97) 96
Muller, D.E.      154 157 181
Muller, F.      66 (ref.105) 69 77 87 91 97—99 101
Muon lifetime      60
Murrill, T.A.      8 13
Nafe, J.E.      204 221
Nakada, M.P.      72 (ref.134) 79 80 98
Nakano, T.      90 (ref.201) 102
Natural constants      3
Neddermeyer, S.H.      32 (ref.9) 92
Neganov, B.S.      50 (ref.50) 94
Nelson, E.B.      204 221
Nereson, N.      61 (ref.78) 95
Neugebauer, G.      87 (ref.186) 91 101
Nevin, T.F.      66 (ref.107) 77 97
Newcomb, S.      106 111
Newcomb, W.A.      205 (ref.43) 221
Newth, J.A.      69 (ref.118) 70 72 80 98 100
Neyman, J.      224 (ref.7) 246
Nier, A.O.      129 180 271
Nijboer, B.R.A.      209 221
Nikols, N.A.      82 (ref.176a) 100
Nilsson, A.      144 (ref.59) 147 153 181
Nishijima, K.      90 102
Noon, J.H.      77 (ref.158) 99
Normal equation      225
1 2 3 4
blank
Реклама
blank
blank
HR
@Mail.ru
       © Электронная библиотека попечительского совета мехмата МГУ, 2004-2024
Электронная библиотека мехмата МГУ | Valid HTML 4.01! | Valid CSS! О проекте