Robert E Marshak — Meson physics :: Электронная библиотека попечительского совета мехмата МГУ

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Robert E Marshak — Meson physics

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Название: Meson physics

Автор: Robert E Marshak

Аннотация:

This new Dover edition first published in 1958 is an unabriged and unaltered republication of the first edition. The publisher and author are grateful to the McGraw Hill Book Company for their cooperation in making this inexpensive edition available.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель без номеров страниц

ed2k: ed2k stats

Год издания: 1952

Количество страниц: 401

Добавлена в каталог: 05.05.2013

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

Предметный указатель

Electron showers, fluctuations in      127
Electron showers, production of by $\pi^{0}$ mesons      126—127 141 320 330 332 336 356
Electron showers, production of by N component      220
Electron showers, production of, by $\mu$ mesons      220
Electron showers, theory of      223 333 335
Elementary particle      203 218 337 see
Emulsion cloud chamber      141 see
Energy spectrum of $\gamma$ rays from $\pi^{-}$ absorption      133 157—159
Energy spectrum of $\mu$ mesons      223 225 229—231
Energy spectrum of $\pi$ mesons in nuclear stars      331
Energy spectrum of alpha particles from $\pi^{-}$ stars      182 185
Energy spectrum of charged $\pi$ mesons produced      28 33
Energy spectrum of charged $\pi$ mesons produced in nucleon—nucleon collisions      2 44
Energy spectrum of charged $\pi$ mesons produced in nucleon—nucleus collisions      80—82 85—88 109—115 119
Energy spectrum of charged $\pi$ mesons produced in photon—nucleus collisions      90—92 99—105 109
Energy spectrum of cosmic rays      274 277
Energy spectrum of electrons from $\mu$ meson decay      205—208 211—215 219—220
Energy spectrum of neutral $\pi$ mesons produced      31 33 36
Energy spectrum of neutral $\pi$ mesons produced in nucleon—nucleon collisions      64 67
Energy spectrum of neutral $\pi$ mesons produced in nucleon—nucleus collisions      78 124 128—129
Energy spectrum of neutral $\pi$ mesons produced in photon—nucleus collisions      78 108
Energy spectrum of protons from $\pi^{-}$ stars      182—190 198
Energy, critical      223 276 281 292
Energy, critical, threshold      see "Threshold energy"
Epstein, S. T.      193n
Equivalence theorem      10n 38 48n 51 143—144 150—151 155 196n 245 252
Equivalent photon      33 99—100 233
Evans, J.      198 199 231 232—234
Evaporation model of nucleus      183 188 see
Evaporation nucleons      185 188 190
Evaporation star      189 342
Exchange forces      see "Nuclear forces"
Excitation function, for nucleonic production of $\pi$ mesons      63 78 109—110 116 123
Excitation function, for photomesic production      4 34 37—38
Extensive air showers      see "Air showers"
Fahy, E. F.      220n 224 225
Fainberg, J.      141n 328n
Feenberg, E.      177n 334
Feer, D.      lln 160 207n
Feld, B. T.      312—315
Feldman, D.      247n
Feldman, L.      214n
Fermi gas model of nucleus      73 79—92 110 188—189 198 200—201 260—262 339
Fermi statistics      145 218 291
Fermi statistics of $\kappa$ meson      349—351
Fermi statistics of $\mu$ meson      187 208 216
Fermi, E.      59n 146 167—171 179 195 248n 249n 257n 286—292 296 297 305 326—328n 329—331 339 340
Fermion      see "Fermi statistics"
Fernbach, S.      98n 255 265
Ferretti, B.      167n 255n 257
Feshbach, H.      91—93 100 339
Feynman diagrams, for $\pi$ meson scattering      238—239
Feynman diagrams, for decay of neutral $\pi$ meson      143
Feynman diagrams, for electron production of $\pi$ mesons      39
Feynman diagrams, for nucleonic production of $\pi$ mesons      45—46 54
Feynman diagrams, for photomesic production      6 10 18
Feynman diagrams, for radiative $\pi^{-}$ absorption in hydrogen      148
Feynman, R. P.      6n 7 10 47 239
Fidecaro, G.      228
Field      see "Coupling" "specific
Field, G.      245n
Fierz, M.      214n
Fine structure constant      see "Coupling"
Finite charge distribution of nucleus      173 177 see
Finkelstein, R. J.      143n 193n 219
Fireman, E.      215n
Fisk, C. B.      315n
Fission      187
Flum, R. S.      353n
Fluorine, photomesic production in      105—106
Foldy, L. L.      13n 55 60
Fong, H. T.      328n 345n
Forster, H.      345
Fourier components of electromagnetic radiation      223
Fourier components of wave function      62 85 91 251
Fourier meson spectrum      283
Fourier transform of force      70—71
Fowler, E. C.      248n
Fowler, P. H.      119n 127 207n 269n 270 271 310n 317n 345n 346
Fowler, W. B.      248n
Francis, N.      21 36
Franzinetti, C.      171n 188n 271n 317n 345n
Freier, P.      328n
Fretter, W. B.      125n 126 270 311 331n 332 333n 354 355
Friedman, H.      134
Frohlich, H.      170n
Fry, W. F.      138 171n 180n 198n
Fujimoto, Y.      5n 27n 149n 188 359n
Fukuda, H.      89n 149n 284n 347n
Fulbright, H.      214n
Galione, S.      255n 257
Gamba, A.      217n
Gamma rays as star-producing radiation      232—234 see "Decay" "Nuclear
Gamma rays from $\mu$ meson decay      207
Gamma rays from $\pi^{-}$ meson decay      128 356
Gamma rays from absorption      201
Gamma rays from antiproton annihilation      343
Gamma rays, Doppler effect for      121—122 133—134
Gardner, W. L.      131n 205n
Gauge invariance      7 9 24 47n 54 95 143
Gaussian distribution of nucleon momenta      83—88
Geiger — Muller counter      264 311
Geometric mean free path, definition of      259
George, E. P.      198 199 231—234
Gerosa, A.      328n
Gilbert, W. S.      99n
Gold interaction of $\pi$ mesons in      270
Goldberger, M. L.      70n 84n 189
Goldfarb, L.      145n 182 186
Gray tracks      312—317 320 323—328
Green, J. R.      311
Green, T. A.      255n
Gregory, В. P.      125n 270 312 320
Greisen, K.      134n 207n 223n 230 269n 308n 309n 333n
Grivet — Meyer, T.      333n
Groetzinger, G.      200
Gross transformation      310
Gunn, J. C.      60n
Hadley, J.      132n 171n 189n
Hales, R. W.      67n 125n
Hamlin, D.      117
Hammer track      184
Harding, J.      270 346
Harmonic potential      173—174 180
Harrison, F. B.      194
Hart, E.      5n 56n
Hartsough, W.      28n
Harzler, A. J.      270
Havens, W.      66n 82n 113n 138n 205 308n
Hayakawa, S.      89—92 100 104 106 230n 334n 347n
Hazen, W. E.      220n 229n 293n 335n
Heavy mesons      8 275 291n 325 337—338 344—345 362
Heavy nuclei, nucleonic production of $\pi$ mesons in      72 93 95 97 109 118 125 166
Heavy nuclei, photomesic production in      72 89 93—94 97—98 101—102 106 118 144 166
Heckrotte, W.      21n
Heidmann, J.      189n
Heineman, R. E.      293n
Heisenberg, W.      229n 282 283 286 303 326 331 335n
Heitler, H.      310n
Heitler, W.      5n 45n 222n 248n 274n 276—279 321 324 326 343n
Helium, $\pi^{-}$ absorption in      182
Helium, nucleonic production of $\pi$ mesons in      72 75
Helium, photomesic production in      102 104
Helstrom, C. W.      339n
Henley, E. M.      82 86
Henri, V. P.      135n
Henrich, L. R.      21n
Higher order corrections in $\pi$ meson scattering      245
Higher order corrections in nucleonic production of $\pi$ mesons      69
Higher order corrections in photomesic production      2

Hilberry, N.      204n
Hildebrand, R. H.      67n 125n
Hill, M.      28n
Hincks, E.      206 207
Hoag, J. B.      204n
Hodgson, P. E.      346
Hooper, J. E.      128n 132n
Hopper, V. D.      312n
Hornbostel, J.      315n 317n
Hsiao, C.      352n
Hubbard, H. W.      205n 206n
Huddleston, R.      82 86
Hulsizer, R.      334
Hulthen wave function      85
Hydrogen, $\pi$ meson scattering in      248—249 253 257—258 263
Hydrogen, molecular ion      146
Hydrogen, nucleonic production of $\pi$ mesons in      64—68 125
Hydrogen, photomesic production in      32 35—37 101—105 109 273 see Slowing
Hydrogenic approximation      180
Impact parameter      283n 288 292—296 329—331 see
Impulse approximation      250
Inelastic scattering of $\pi$ mesons, by deuterium      250 254 257
Inelastic scattering of $\pi$ mesons, by nuclei      236—237 258—264
Infrared catastrophe      274—275 282—283
Inoue, T.      195n
Insulators, Brillouin gaps in      170 see
Interaction mean free path, for $\mu$ mesons      231
Interaction mean free path, for $\pi$ mesons      98
Interaction mean free path, for shower particles      309—311
Interference effects in deuterium      254—256
Intermediate coupling theory of $\pi$ meson scattering      247n
Intermediate coupling theory of photomesic production      27n see
Invariant matrix element      89 239
Inverse reaction      20 161 252
Iodine, Z_{eff} for      180
Ioff, E.      64n
Iona, M.      308n
Ionization chamber      225
Ionization loss      168 229 231
Ionization loss, Fermi saturation effect for      229n
Iron, absorption by of $\mu^{-}$ mesons      191
Iron, absorption by of $\pi$ mesons      226
Iron, bursts under      220—225
Iron, mesic X rays from      179
Iron, nucleonic production of $\pi$ mesons in      117
Iron, scattering of $\mu$ mesons in      228
Iron, slowing down in      169—170
Isaacs, P. J.      249 257n 268
Ise, J.      333n
Isobaric states and V particles      359—362
Isobaric states of $\pi$ mesons      122
Isobaric states of nucleons      26 27n 109 122 237—238 247n 248n 249—250 359n
Isotopic spin of nucleon      5 21 251
Isotopic spin of nucleon and $\pi$ meson scattering      248n 249
Isotopic spin of nucleon and nuclear forces      51 53 54
Isotopic spin of nucleon and nucleonic production of $\pi$ mesons      60 95 284
Isotopic spin of nucleon and photomesic production      26 27n 93
Isotopic spin of nucleon and V particles      359n 360—361
Ittner, W. B.      200n
Jackson, J.      159n
Jacobian      44 300—301 304
Jakobson, M. J.      102 103 117n 135
Janossy, L.      276—279 321
Jauneau, L.      328n 345n
Jean, M.      238n
Johnson, M. H.      161 261
Jones, S. B.      110 182
Jungerman, J.      187n
K-electron capture      197 216
Kaplon, M. F.      5n 16 18 20 31 47n 124n 140n 141 160 272 297n 307 324n 328—330 333n 351n
Kappa meson      166n 337 348—350
Kelly, E.      189n
Kessler, J.      136n 203n 263n
Keuffel, J. W.      194n
Kikuchi S.      102n 233n
Kinematics of $\pi$ meson scattering      240—242
Kinematics of multiple meson production      276 296—308
Kinematics of single meson production in nucleon—nucleon collisions      41 44
Kinematics of single meson production in nucleon—nucleus collisions      72 77
Kinematics of single meson production in photon—nucleon collisions      3
Kinematics of single meson production in photon—nucleus collisions      75 77
Kinematics of two-photon decay of $\pi^{0}$ meson      36 108 126
Kinematics of V—particle decay      353—354 see
King, D. T.      128n 132n 310n
Klein — Gordon equation      174 176
Klein, O.      214n 227n
Knable, N.      67 125
Knock-on electrons from $\mu$ mesons      230
Knock-on electrons, cross section for      221— 224
Kofoed — Hansen, O.      214n
Konopinski, E. J.      209n
Kraushaar, W. L.      135 207n
Kraybill, H.      334n
Kruse, U. F.      190n
Kusaka, S.      220—223
Lagarrigue, A.      206n
Lal, D.      329n
Langer, L. M.      214n 215n
Lapp, R. E.      224
Latter, R.      139n 196 197
Lattes, C. M. G.      130n 134 136 203
Lawson, J.      120
Lax, M.      91—93 100
Lead converter      107 127
Lead filter      200
Lead interaction of $\pi$ mesons in      263 270
Lead, $Z_{eff}$ for      180
Lead, absorption by of $\mu^{-}$ mesons      200 234
Lead, absorption by of $\pi$ mesons      120 226
Lead, bursts under      220 222—225
Lead, mesic X rays from      177 179
Lead, nucleonic production of $\pi$ mesons in      110n 111—118
Lead, penetrating showers from      258 308—312
Lead, photomesic production in      101—102 109
Lead, scattering of $\mu$ mesons in      228
Lead, V particles from      352 355—356
Lebow, I. L.      312n
LeCouteur, K. J.      188n
Lederman, L.      136 203 259n 260n 263n
Leighton, R. B.      205 346 350 352n—354
Leith, C.      189n
Lennox, E. 8.      293n
Lepore, J. V.      21n
Leprince — Ringuet, L.      189n 328n 344—346
Levi — Setti, R.      205n 328n
Levy, F.      260
Lewis, H. W.      284—286 301 326 329 331
Lheritier, M.      344
Liquid-drop model of nucleus      188
Lithium interaction of $\pi^{-}$ mesons in      263
Lithium, $\pi^{-}$ absorption in      182
Lithium, penetrating showers from      332
Lithium, photomesic production in      101—102 109
Lithium, slowing down in      171—172 178n
Littauer, R.      35 104 263n
Lloyd, E.      204n
Loar, H.      163n
Lock, W. O.      119n 205n 269»-271 317n 351n
Long, E. A.      249n
Longacre, A.      204n
Lord, J. J.      141 328
Lorentz contraction      287 289 293
Lorentz invariance      217
Lorentz transformation      75 77 298
Lovati, A.      270 312 320n
Loverdo, A.      334n
Mabboux, C.      348n
MacCallum, C.      209n 210 218
Machida, S.      339n 343n
Magnesium as star-producing radiation      329n

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