|
|
 |
| Авторизация |
|
|
|
| Поиск по указателям |
|
|
|
|
|
|
|
 |
|
|
|
| Cohen E.R. — Fundamental Constants of Physics |
|
|
|
| Предметный указатель |
Aamodt, R.L. 38 39 46 48 93
Absolute electromagnetic system 9—11
Acceleration of gravity 14 17
Aggson, T.L. 65 96
Airy, Sir G.B. 14
Aitken, A.C. 226 (ref.9) 246
Alford, W.L. 80 (ref.171) 100
Allison, S.K. 121 (ref.23) 142 180 181
Alvarez, L.W. 61 (ref.82) 69 70 128) 71 75 80 81 85 95 98 99
Alvial, G. 66 (ref.107) 77 97
Amaldi, E. 59 (ref.71) 63 64 77 79 94-96 99 100
Ambler, E. 64 75 96
Analysis of variance 261
Anand, B.M. 47 98
Anderson, C.D. 32 (ref.9) 63 79 87 88 91 92 96 100 101
Anderson, F. 66 (ref.107) 77 97
Anderson, W.C. 108 111 112 184 179
Annis, M. 66 (ref.106) 78 97
Anomalous magnetic moment of the electron 202 253 269
Arago, D.F.J. 106
Armenteros, R. 66 (ref.105) 69 77 79 87 91 97-101
Arnold, W.H., Jr. 69 (ref.115) 70 71 76 151) 79 87 91 98 99 101
Arnowitt, R. 206 (ref.42) 221
Aron, W.A. 66 (ref.104) 97
Ascoli, G. 52 94
Ashkin, J. 34 (ref.15) 92
Aslakson, C.I. 109 184 188 220
Astbury, J.P. 69 (ref.118) 70 72 78 81 87 98-100
Astier, A. 77 (ref.156) 99
Atomic clock 6
Atomic constants 103
Atomic constants, history of 103
Atomic constants, least squares adjustment of 247
Atomic constants, preliminary (1952) adjustment 258
Atomic constants, recommended values (1957) 262 265
Atomic mass 29 (see also “Atomic weight”)
Atomic mass, of electron 31 267
Atomic mass, of electron, of certain nuclei 30 266
Atomic weight, scales of 129 271
Avogadro’s number 126 252 267
Axiom of Maximum Likelihood 223 240
Axiom of maximum weight 238
Backlin, E. 118 121 124 172
Ballam, J. 66 (ref.104) 70 71 76 151) 87 88 91 97-99 101 102
Banerjea, G.B. 116 (ref.14) 179
Barkas, W.H. 34 (ref.16 17) 36 37 52 56 57 65 66 67 74 77 82 92 93 96 97 100
Barker, K.H. 79 (ref.164) 87 91 100 101
Barker, P.P. 70 (ref.124) 98
Baroni, G. 77 (ref.159) 99
Barrett, P.H. 87 (ref.192) 101
Bates, S.J. 23 249 28
Batuecas, T. 19 28
Baxter, G.P. 19 28
Bearden, J.A. 116 (ref.14) 121 122 124-126 142 143 144 147 65) 149 65) 151 167 172 173 177 211 chap.5) 212 214 249 251 180 181
Beattie, J.A. 8 18
Beets, H.N. 122 126 180
Belinfante, F.J. 59 95
Bell, W.E. 60 61 62 95
Benoit, J.R. 4 13
Bergstrand, E. 108 109 110 111 183 188 251 179
Beringer, R. 202 203 254 221
Berley, D. 72 (ref.140b) 73 99
Berthelot, D. 8 13
Beta decay, of  meson 77
Beta decay, of  meson 53
Beth, R.A. 163 182
Bethe, H.A. 33 34 49 142 204 92 181 221
Birge — Bond diagram 161 162
Birge, R.T. 1 8 11 12 16 18 19 20 25 26 103—105 107 109 110 112 124 125 127—131 150 151 158—164 177 184 226 250 263 271 3 13 28 180—182 246 271
Birge, R.W. 66 (ref.108) 67 97
Birmie, D.M. 70 (ref.124) 98
Birnbaum, W. 36 (ref.19) 37 52 56 57 92 93
Bishop, A.S. 34 (ref.16) 92
Bivariatc normal distribution 228
Bjerhammer, A. 226 (ref.12) 246
Bjornerud, E.K. 69 (ref.119) 70 84 98
Blackett, P.M.S. 63 (ref.94) 96
Blaine, L.R. 184 188 220
Blatt, J.M. 49 (ref.44) 94
Bloch, F. 188 (ref.8) 193 194 251 260 220
Bloembergen, N. 188 (ref.9) 220
Blumenfeld, H. 72 (ref.139) 73 79 80 81 98 99
Bogachev, N.P. 50 (ref.50) 94
Boggild, J. 66 (ref.107) 77 97
Bohr radius 117 268
Bohr, N. 36 92
Bol, K. 184 188 220
Bollman, V.L. 119 (ref.17 18) 143 144 147 149 150 172 180 181
Boltzmann’s constant 117 268
Bond, W.N. 116 (ref.14) 161 179 182
Bonetti, A. 66 (ref.107) 77 81 97 100
Booth, E.T. 44 (ref.35) 45 54 62) 72 73 78 79 80 81 93 94 98 100
Boys, C.V. 16 28
Bradley, J. 106
Bradner, H. 34 69 80 81 85 92 98
Bragg reflection 119 120
Bragg, Sir Lawrence 125 250 180
Bragg, Sir William 117 119 121 180
Breit, G. 204 (ref.33 34) 221
Bremsstrahlung 207
Brene, N. 66 (ref.107) 77 97
Bridge, H.S. 62 66 72 78 79 80 87 96—98
Brode, R.B. 34 51 52 92 94
Brown, D.C. 226 (ref.13) 246
Brown, R.H. 64 (ref.97) 96
Buchanan, J.S. 69 (ref.118) 70 72 98
Bucherer, A.H. 134—136 141 180
Budde, R. 72 (ref.140a) 73 74 80 81
Burgess, G.K. 11 (ref.10) 13
Burwell, J.R. 68 (ref.114) 78 98 100
Busch, H. 140—142 181
Buskirk, A.V. 78 (rcf.161) 79 100
Butement, F.D.S. 60 (ref.73a) 95
Butler, C.C. 79 (ref.164) 87 91 100 101
Byfield, H. 44 (rcf.35) 45 54 93
Cachon, A. 87 (ref.185) 91 101
Camac, M. 41 93
Camerini, U. 64 (ref.97) 96
Cartwright, W.F. 49 50 94
Casc, K.M. 78 (ref.162c) 100
Casedo, F.L. 19 (ref.5b) 28
Castagnoli, C. 77 (rcf.159) 87 99 101
Cauchois, Y. 121 (ref.25) 180
Cavendish, H. 16 88
Ceccarelli, M. 66 (ref.107) 77 81 82 97 100
Cerenkov radiation 33
Chaffee, E.L. 134 137 180
Chamberlain, O. 43 (ref.32) 45 98
Chang, W.Y. 72 (ref.140) 73 80 81 99
Chappuis, P. 8 18
Charge-to-mass ratio for the electron 25 130 267
Chemical scale of atomic weight 129
Cheston, W. 49 (ref.43) 93
Chi-square 225
Chinowsky, W. 47 49 51 72 73 78 79 80 81 98 94 98 100
Chippendale, P. 69 (ref.118) 70 98
Chretien, M. 72 (ref.140a) 73 74 80 81 83 85 88 99 101
Christy, R.F. 58 (ref.70) 167 177 94
Chrzanowski, P. 16 28
Chupp, W.W. 67 70 82 84 97 98 100 101
Clark, D.L. 49 50 94
Classen, J. 140 181
Clews, C.J.B. 155 177
Coates, M.S. 79 (ref.164) 100
Cohen, E.R. 29 (ref.1) 125 160 161 g) 197 206 214 218 224 226 245 253 261 92 182 221 246 271
Cohn, H.O. 78 (ref.161) 100
Collington, D.J. 193 194 260 220
Collins, G.B. 72 (ref.140b) 73 99
Compton wavelength, of electron 155 268
Compton wavelength, of proton 268
| Compton, A.H. 117 119 120 121 122 126 142 180 181
Condon, E.U. 132 (ref.35) 180
Connor, W.S. 184 188 220
Consistency, measures of 220
Conversi, M. 61 (ref.80) 95
Conversion factor, from x-units to milliangstroms 124 178 250 267
Cooper, L.N. 54 (ref.69) 59 94 95
Corben, H.C. 41 (ref.27) 54 98
Cork, J.M. 55 (ref.65) 57 94
Cornu, M.A. 16 106 111
Correlation as the result of a linear transformation 229
Correlation coefficients 227 235 243
Correlation coefficients, geometrical interpretation 232
Cortini, G. 77 (ref.159) 87 99 101
Costa, G. 74 (ref.144) 99
Coulometer 23 (see also “Voltameter”)
Coulometer, iodine 23
Coulometer, sodium oxalate 26
Courant, H. 66 (ref.106) 78 97
Covariance 235
Cowan, C.L. 91 (ref.205) 102
Cowan, E.W. 79 (ref.165) 87 187) 88 91 187) 100 101
Cozonal planes 164
Cragoe, C.S. 19 88
Craig, D.N. 26 27 28
Crane, L. 66 (ref.107) 77 97
Crawford, F.S., Jr. 50 (ref.48) 70 71 75 147) 94 98 99
Cresti, M. 78 (ref.162) 100
Critical evaluation of data, Birge’s method 159
Critical evaluation of data, need for 158
Critical evaluation of data, resolution of discrepancies 160
Crittenden, E.C. 5 18
Crowe, K.M. 38 39 53 56 58 98 94
Crussard, J. 66 (ref.110) 76 77 97 99
Cyclotron frequency, of electron 32 198
Cyclotron frequency, of proton 32 189
Dahanayake, C. 87 (ref.191) 101
Dalitz, R.H. 47 63 74 77 78 98 96 99
Dallaporta, N. 81 (ref.174) 90 100 102
Daniel, ft.ft. 77 80 99 100
David, F.N. 224 (ref.7) 246
Davies, J.H. 66 (ref.107) 77 84 97 101
Dayhoff, E.S. 185 194 197 250 263 220 221
De Benedetti, S. 41 (ref.26) 56 82 98 100
De Foe, O.K. 122 126 180
de Hoffmann, F. 33 49 92
De Staebler, H.C. 66 (ref.106) 77 78 97 99
Dellis, A.N. 193 194 260 220
Detailed balancing, in pion production 49
Deutschmann, M. 72 (ref.136) 78 80 98 100
di Corato, M. 66 (ref.107) 77 97
Dicke, R.H. 204—206 221
Dilworth, C. 62 66 77 87 95 97
Doan, R.L. 120 180
Dorsey, N.R 111 112 179
Driggers, F.K. 58 (ref.70) 94
Driscoll, R.L. 189 250 263 220
Duane, W. 147 (ref.60) 150 172 181
Dudziak, W. 53 (ref.59) 82 94 100
DuMond, J.W.M. 42 119 125 143 144 57) 147 57 66) 149 57 66) 150 154 157 160 161 166 169 172 177 206 212 214 215 216 ehap.5) 218 226 251 261 93 180—182 221 246 271
Dunnington, F.G. 134 137 138 152—154 160 173 177 180 181
Durbin, R.P. 45 49 50 93
Dwyer, P.S. 226 (ref.10) 246
D’Andlan, C. 77 (ref.156) 99
d’Espagnat, B. 90 102
e/m, for electrons 130 267
Eckart, C. 118 180
Eclipses of Jupiter’s moon 105
Eddington, A.S. 16
Eisenberg, Y. 87 101
Ekspong, A.G. 76 (ref.152) 77 99
Electrical units 9
Electron charge 112 126 267
Electron charge, relation to other constants 116
Electron charge, x-ray value “discrepancy” 118
Electron diffraction 155
Electron magnetic moment 197 253 269
Ellipse of standard deviation 229
Ellipsoid of error 235
Energy and mass, relativistic equivalence 29
Energy balance in nuclear reactions 29
Error matrix 226 235 243
Errors, random vs.systematic 248
Escribano, A. 19 28
Essen, L. 6 184 187 188 18 220
Etter, L.R. 78 (ref.161) 79 100
Evans, D. 66 (ref.107) 77 84 97 101
Fabri, E. 64 (ref.98) 74 96
Fabry, C. 4 13
Fahy, E.F. 58 (ref.70) 94
Falk-Vairant, P. 69 (ref.116a) 80 81 85 98
Faraday 250 260 267
Faraday, electrochemical determinations of 21
Feder, H. 147 (ref.61) 150 172 181
Feld, B.T. 74 (ref.142) 75 99
Felt, G.L. 147 (ref.66) 149 212 214 251 181
Fermi, E. 204 221
Fideraro, G. 59 (ref.71) 94 95
Fields, T.H. 50 (ref.49) 94
Fine structure separation in deuterium 194 250 268
Fisher, R.A. 259 (ref.2) 271
Fitch, V. 54 (ref.63) 56 60 70 130) 71 78 94 95 98
Fizeau, H.L. 106
Florman, E.F. 184 188 220
Foucault, J.L. 106
Fouehe V. 66 (ref.110) 97
Fournet, D.M. 70 (ref.131) 72 98
Fowler, P.H. 64 (ref.97) 66 77 84 96 97 101
Fowler, W.A. 29 (ref.1) 30 92
Fowler, W.B. 82 (ref.177) 85 86 88 100 101
Fox, J.G. 50 (ref.49) 94
Francois, P.E. 66 (ref.107) 77 84 87 97 101
Franzinetti, C. 77 (ref.159) 81 99}
Freden, S.C. 84 101
Fretter, W.B. 51 63 65 69 70 71 72 79 80 82 87 91 94 96 98 100 101
Friedlander, M.W. 66 (ref.107) 77 79 80 81 84 87 97 99 100 101
Friesen, E.W. 65 (ref.102) 69 70 71 82 87 91 96 98 100 101
Froome, K.D. 184 186—188 251 220
Fry, W.F. 68 77 78 82 83 84 85 88 97 99—102
Fujimoto, Y. 87 (ref.191) 101
Fung, S. 66 (ref.109) 67 97
Gamma rays, from pion capture 38
Gamma rays, from pion decay 46
Gardner, E. 34 36 92
Gardner, J.H. 32 197 200 201 203 221
Garelli, C.M. 82 (ref.178) 100
Garwin, R.L. 59 60 64 75 95
Gas constant 18 19 252 266
Gauss, C.F. 224 (ref.6) 246
Gaussian distribution 223 227
Gayther, D.B. 72 80 98
Gell-Mann, M. 33 88 90 92 102
George, E.P. 59 (ref.71) 95
Gilbert, F.C. 68 70 72 82 84 97 98 100
Giles, P.C. 82 (ref.176a) 100
Gill, P. 58 (ref.70) 94
Ginnings, D.C. 20 28
Gnan, J. 155 167 173 177
Godfrey, T.N.K 62 (ref.83) 95
Goldhaber, G. 66 (ref.109) 67 70 132) 72 132) 76 77 82 84 97—101
Goldhaber, M. 90 91 102
Goldhaber, S. 66 (ref.109) 67 70 70 132) 71 72 132) 82 84 97 98 100 101
Good, M.L. 70 (ref.128) 71 75 147) 98 99
Gow, J.D. 69 (ref.116a) 80 81 85 98
Grating space 124
Grating space, effective 123
Green, A.E.S. 144 (ref.57) 147 149 150 177 216 chap.5) 181
Greening, W.D.B. 78 (ref.162) 100
Gregory, B. 66 (ref.105) 69 77 87 91 97—99 101
Grilli, M. 66 (ref.107) 77 82 97 100
|
|
|
| Реклама |
|
|
|
|
|
О проекте