Chandrasekhar S. — Radiative Transfer :: Электронная библиотека попечительского совета мехмата МГУ

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Chandrasekhar S. — Radiative Transfer

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Название: Radiative Transfer

Автор: Chandrasekhar S.

Аннотация:

Foundation for analysis of stellar atmospheres, planetary illumination, sky radiation; physical interest for problems analogous to diffusion of neutrons.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1960

Количество страниц: 393

Добавлена в каталог: 23.01.2009

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

Предметный указатель

Standard solutions for isotropic scattering      212 319
Standard solutions for Rayleigh scattering      268
Standard solutions for Rayleigh’s phase function      222
Standard solutions of X- and V-equations      191 206 222
Standard solutions, properties of      192 194
Stellar atmosphere      14 (see also “Model stellar atmospheres”)
Stellar atmosphere in local thermodynamic equilibrium      289
Stellar atmosphere, continuous spectrum of      see “Continuous spectrum”
Stellar atmosphere, grey      291 (see also “Grey stellar atmosphere”)
Stellar atmosphere, slightly non-grey      296 et seq. 304
Stellar atmosphere, temperature distribution      see “Temperature distribution”
Stokes parameters      27 et seq. 29 36 38 47 53 233 249 265
Stokes parameters for a mixture of independent streams      29
Stokes parameters for an arbitrarily polarized light      28 et seq.
Stokes parameters for elliptically polarized light      27
Stokes parameters, additivity property of      29
Stokes parameters, law of transformation of      34 et seq. 39 173
Stokes’s theorem      31 et seq.
Temperature distribution in a grey atmosphere      293 et seq.
Temperature distribution in a slightly non-grey atmosphere      296 et seq.
Temperature distribution in a stellar atmosphere, equation governing      289 et seq.
Temperature distribution in the sun      314
Thermodynamic equilibrium      7 (see also “Local thermodynamic equilibrium”)
Thomsom scattering      36
Thomson scattering      35 43 249 329 336
Transmission function      20 161
Transmission matrix      44 170

True absorption      5
Uniqueness of H-functions      123
Uniqueness, questions of      208
Variation of parameters      296
Weight functions      302
X- and Y-equations      181 183
X- and Y-equations, alternative forms of      184
X- and Y-equations, non-uniqueness in conservative case      190 et seq.
X- and Y-equations, solution by iteration      202
X- and Y-equations, standard solutions of      191 212 222 268 319
X- and Y-functions      181 183
X- and Y-functions for $\varpi_{0}(1+xcos\theta)$       227 228
X- and Y-functions for isotropic scattering      181 205 206 216
X- and Y-functions for Rayleigh scattering      253 251 208
X- and Y-functions for Rayleigh’s phase function      220 222
X- and Y-functions for small values of $\tau_{1}$       202
X- and Y-functions in conservative case      187
X- and Y-functions, a meaning for, in inotropic case      211
X- and Y-functions, correction of approximate solutions      204
X- and Y-functions, integral properties of      186 et seq.
X- and Y-functions, integro-differential equations for      184 et seq.
X- and Y-functions, moments of      183 203
X- and Y-functions, rational representation of      194 et seq. 201
X- and Y-functions, relation to H-functions      183 186
X- and Y-functions, solution of Schuster’s problem in terms of      320
Y-functions      see “X- and Y-functions”
“Pseudo-problems” in transfer theory      351
“Pseudo-problem” in transfer theory      351 et seq.

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