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
Lang K.R. — Astrophysical Formulae: Space, Time, Matter and Cosmology, Vol. 2
Lang K.R. — Astrophysical Formulae: Space, Time, Matter and Cosmology, Vol. 2



Обсудите книгу на научном форуме



Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter


Название: Astrophysical Formulae: Space, Time, Matter and Cosmology, Vol. 2

Автор: Lang K.R.

Аннотация:

his is a definitive reference of 2,100 fundamental formulae used in astronomy and astrophysics. It not only makes accessible all the indispensable equations employed in the field, but also carefully explains the physical assumptions and constants underlying them.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 3rd edition

Год издания: 1999

Количество страниц: 436

Добавлена в каталог: 05.03.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
blank
Предметный указатель
Star clusters, Pleiades age      95 96
Star clusters, relaxation time      94
Star constants      21
Star time      73
Stark, R.F.      169 175
Starlight, absorption      32 33
Starlight, color excess      33
Starlight, extinction      32 33
Starlight, reddening factor      33
Starobinsky, A.A.      235
Stars, absolute luminosity      37 87 88 120 123
Stars, absolute magnitude      37 39
Stars, accretion      193—196
Stars, age      85—102
Stars, binary systems      118
Stars, blackholes      208
Stars, central density      92
Stars, central temperature      92
Stars, density parameter      138
Stars, distance      26—29 87
Stars, duration of thermonuclear reactions      92
Stars, dwarf      88
Stars, effective temperature      34 35 37 39
Stars, evolution      91 97 104
Stars, giant      87
Stars, gravitational lens      179
Stars, largest mass      118
Stars, lifetime      92
Stars, main-sequence      88
Stars, main-sequence lifetime      87 90 93
Stars, mass      118—122
Stars, mass density      128
Stars, mass loss      122 123
Stars, mass loss - luminosity relation      123
Stars, mass loss rate      122 123
Stars, mass transfer      192
Stars, mass-luminosity relation      121—123
Stars, mass-to-light ratio      138
Stars, motion      28 29
Stars, neutron      187—196
Stars, oldest      101 102
Stars, period-luminosity relation      49
Stars, pulsars      188—191
Stars, pulsating      see “Variable stars”
Stars, pulsation constant      39
Stars, radius      39
Stars, radius main sequence      120
Stars, RR Lyrae      41
Stars, smallest mass      118
Stars, spectral type      36
Stars, surface brightness      40
Stars, thermonuclear reactions      92
Stars, two-color diagram      35
Stars, variable      see “Pulsating stars”
Stars, velocity      28 29
Stars, visible mass density      128
Stars, white dwarf      88 91 185—187
Stars, wind      122
Stars, X-ray binaries      191—194
Static limit      203
Stauffer, J.R.      158
Steady State cosmology      108 248
Stebbins, A.      170
Stecker, F.W.      316
Stefan — Boltzmann law      34 35
Steidel, C.C.      303
Steigman, G.      256 257 259 262 263 265 268
Stein, W.A.      219
Steinhardt, P.J.      140 235
Stellar aberration      19 20
Stellar black holes      208
Stellar mass      118 120
Stellar radius      39
Stellar wind      122
Stellar wind, radio flux density      122 123
Stelmach, J.      248
Stephenson, C.B.      227
Stephenson, F.R.      79 80
Stetson, P.B.      100 101 102
Stewart, J.      89
Stillwell, G.R.      151
Stinebring, D.R.      190
Stobie, R.S.      39
Stockman, H.S.      224
Stockton, A.      180
Stoner, E.C.      186
Strauss, M.A.      290 291 292 294 295 307 309 314 315
Streaming motions, galaxies      290
Stress-energy tensor      147—149
strings      310
Strong equivalence principle      115 154 165
Strong, I.B.      176
Struble, M.F.      134
Su, Y.      115 153
Subcentral point      43
Subgiant branch      91 97 98
Subgiant branch, Hertzsprung — Russell diagram      91
Suess, H.E.      104
Sulentic, J.W.      279
Sulknen, M.E.      226
Summer solstice      7 8
Summers, F.J.      316
Sun time      76
Sun, absolute bolometric magnitude      34
Sun, absolute luminosity      30 31
Sun, absolute magnitude      32
Sun, age      86 90
Sun, apparent acceleration      79
Sun, apparent bolometric magnitude      34
Sun, apparent magnitude      32
Sun, apparent position      77
Sun, bending of light      23 24
Sun, bolometric correction      34
Sun, bolometric magnitude      34
Sun, colors      32
Sun, deflection of radio waves      159 160 161
Sun, distance from Earth      24 26
Sun, distance from galactic plane      11
Sun, distance modulus      32
Sun, effective temperature      35
Sun, faint-young-Sun paradox      90
Sun, gravitational redshift      157
Sun, internal rotation      164
Sun, irradiance      30
Sun, light bending      158 159
Sun, light deflection      158 159
Sun, luminosity      30 31
Sun, mass      116
Sun, mass loss rate      122
Sun, motion with respect to cosmic microwave background radiation      271 272
Sun, oblateness      163
Sun, oblateness from helioseismology      164
Sun, oblateness from lunar laser ranging      163
Sun, peculiar motion      271 272 291
Sun, peculiar velocity      271 272 291
Sun, quadrupole moment      163
Sun, radius      35
Sun, solar constant      30
Sun, solar flux unit      35
Sun, wind      122
Sundial      77
Sunyaev — Zeldovich effect      276 301
Sunyaev — Zeldovich effect, Hubble constant      276 277
Sunyaev, R.A.      195 218 275 276 297 301
Superclusters      135 284
Superclusters, density parameter      138
Superclusters, galaxies      284
Superclusters, Hydra-Centaurus      295
Superclusters, local      11
Superclusters, mass-to-light ratio      135 136
Superclusters, radius      284
Supergalaxy, local      11
Superluminal expansion      219—221
Superluminal motions      219 220
Superluminal motions, micro-quasars      227
Superluminal motions, quasars      219—221
Superluminal motions, SS 433      227
Superluminal radio sources      221
Superluminal velocity      219—221
Supermassive black holes      210 211 226
Supermassive black holes, energy from      226
Supermassive black holes, quasars      216 217
Supermassive black holes, radio galaxies      216 217
Supernova      see “Supernovae”
Supernova explosion      187 188
Supernova remnants, radio pulsars      191
Supernovae, absolute magnitude      52 53
Supernovae, explosion      187 188
Supernovae, gravitational radiation      170 175
Supernovae, luminosity      188
Supernovae, neutron stars      187 188
Supernovae, type Ia      51 63—65
Supernovae, type II      51
Surface brightness fluctuation, galaxies      55
Surface brightness, stars      40
Surface gravity, black holes      205 206
Surface gravity, Earth      4 5
Susskind, L.      205
Sutantyo, W.      170
Sutherland, W.J.      317
Suto, Y.      290
Svensson, R.      222
Swope, H.H.      62 108
Symbalisty, E.M.D.      102
Synchrotron radiation, inverse Compton scattering      219
Synchrotron radiation, radio galaxies      214 215
Synodic month      71 72
Synthesis, elements      252 253
Synthesis, heavy elements      91
Systeme international second      69
Szalay, A.S.      262 288 313
Szekeres, G.      200
Tai      69 78
Takahara, F.      242 245 266
Takahashi, K.      83
Tammann, G.A.      38 48 49 50 52 53 54 56 61 62 63 64 65 108 272 280 283 292 293
Tanaka, T.      235
Tanaka, Y.      213
Tananbaum, H.      191
Tangent point      43
Tanvir, N.R.      48 49 62 63
Tavani, M.      190 194
Tayler, R.J.      256
Taylor, A.H.      161
Taylor, J.H.      116 166 167 168 190 249
Taylor, S.R.      84
TDB      69 70
tdt      69 70
Teerikorpi, P.      65
Temperature fluctuations, cosmic microwave background radiation      271 273 299—302
Temperature fluctuations, gravitational redshift      301
Temperature fluctuations, recombination time      299
Temperature, accretion      225
Temperature, center of stars      92
Temperature, cosmic microwave background radiation      232 251 271
Temperature, effective      34 35
Temperature, Planck      240
Temperature, radiation energy density equals mass density      298
Temperature, recombination      297
Temperature, stars      34 35 37
Temperature, Sun      35
Temperature, Universe      232 252
Temperature, X-ray halo elliptical galaxies      131
Temps Atomique International (TAI)      69 78
Tensor, energy-momentum      147—149
Tensor, Ricci      147
Tensor, Riemann      147
Tensor, stress-energy      147—149
Terrell, J.      68 219 244
Terrestrial Dynamical Time (TDT)      69 70
Terrestrial time      70
Tests, cosmological models      240—248
Tests, general theory of relativity      153—168
Tests, special theory of relativity      149—153
Teukolsky, S.A.      198 204
Texture, Universe      310
Thaddeus, P.      270
Thakrah, A.      141
Thejll, P.      158
Theorem, Birkhoff      204
Theorem, Carter      205
Theorem, Isreal      204
Theorem, no hair      205
Theorem, Penrose      204
Theorem, Penrose singularity      203
Theorem, Russell — Vogt      89 122
Theorem, virial clusters of galaxies      125 126 132 134
Theorem, Vogt — Russell      89 122
Thermal radiation, brightness      35
Thermal spectrum, cosmic microwave background radiation      270
Thermonuclear reactions, stars      92
Thermonuclear time      87
Thielemann, F.-K.      102
Third law, black hole mechanics      206
Third law, Kepler      25 42 116 118 125
Thomas precession      164
Thompson, L.A.      284 285
Thompson, M.J.      164
Thonnard, N.      130
Thorburn, J.A.      268
Thorndike, E.M.      151
Thorne, K.S.      155 160 169 171 172 173 174 175 177 178 198 202 222 226
Thorsett, S.E.      191
Three parameter correlation, galaxies      55
Thuan, T.X.      259 264
Tides, friction      79 80
Tides, length of day increase      79 80
Tides, precession      15
Tifft, W.G.      279 285
Tilton, G.      84
Time      69—114
Time dilation      150—152
Time dilation, binary pulsar      166
Time dilation, factor      151
Time dilation, lifetime of elementary particles      151
Time Dynamique Barycenter (TDB)      69 70
Time, accretion      225
Time, apparent sidereal      73
Time, atomic      69
Time, barycentric coordinate      70
Time, barycentric dynamical      69
Time, black-hole evaporation      207
Time, civil      74 76
Time, coordinated universal      78
Time, daylight saving      74 75
Time, dilation      150—152
Time, dynamical      69 70
Time, ephemeris      69
Time, equation      76
Time, ET      69
Time, evaporation      94
Time, formation of black hole      199
Time, free-fall      85 86
Time, geocentric coordinate      70
Time, gravitational collapse      199
Time, gravitational free-fall      85 86
Time, Greenwich sidereal      73
Time, halflife      83
Time, Hubble      107 108
Time, hydrogen burning      87 90
1 2 3 4 5 6 7 8 9 10 11 12 13 14
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