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Montenbruck O., Pfleger Th. — Astronomy on the Personal Computer
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Название: Astronomy on the Personal ComputerАвторы: Montenbruck O., Pfleger Th. Аннотация: Astronomy on the Personal Computer provides the reader with a thorough introduction to the computation of celestial mechanics, which is of particular significance for carrying out astronomical observations. Covering everything from astronomical and computational theory to the construction of rapid and accurate applications programs, this book supplies the necessary knowledge and software solutions for determining and predicting positions of the Sun, Moon, planets, minor planets and comets, solar eclipses, stellar occultations by the Moon, phases of the Moon and much more. This completely revised edition makes use of the widely implemented programming language C++, and individual applications may be efficiently realized through the use of a powerful module library. The accompanying CD-ROM contains, in addition to the complete, fully documented and commented source codes, the executable programs for Windows 95/98/NT and Linux operating systems.
Язык: Рубрика: Физика /Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Год издания: 1994Количество страниц: 312Добавлена в каталог: 05.03.2009Операции: Положить на полку |
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Moon, inclination of oibit 154 156 177 210 Moon, Kepleiian oibit 153 Moon, latitude 178 Moon, mean anomaly 155 Moon, mean distance from node 155 Moon, mean elongation 155 Moon, mean longitude 155 Moon, mean motion 154 Moon, mean oibit of 154 Moon, oibit of 205 Moon, perturbation by Sun 153 Moon, phases of 154 Moon, piecession 154 Moon, planetary perturbations of 160 Moon, right ascension 166 Moon, secular pertuibations 154 Moon, series expansion 170 Moon, shadow of 205 MOONEQD 166 211 Motion, equation of 84 Motion, Kepleiian 108 113 Multistep method 90 New moon 177 New Moon date of 177 191 Newton's method 65 167 Newton, Isaac 60 154 Node, line of 156 Node, longitude of 234 Numerical integration 89 Nutation 124 147 190 207 Nutation in longitude 124 Objective 253 Observer 202 OCCULT 205 218 Occultation stellar 44 167 205 Oibit determination 229 Oibit determination, compiehensive Gauss method 244 Oibit determination, Gauss's method 229 Oibit determination, Laplace method 229 ORBDET 245 245 ORBECL 75 ORBIHP.DAT, example 245 Orbit, cometaiy 59 Orbit, lunai 153 Orbit, near-parabolic 68 Orbit, non-periodic 60 Orbit, periodic 60 Orbit, planetary 107 Orbit, trigonometric series 110 Orbit, undisturbed Kepleiian 107 Orbital elements 59 229 234 242 Orbital elements, minor planet Ceres 104 Orbital elements, of the planets 87 Orbital elements, osculating 95 Orbital paiametei 60 Orbital period 236 Orbital plane equation of 239 240 ORIEHT 137 PARAB 71 parabola 60 Parallactic angle 201 Parallax 45 Parallax horisontal 45 57 Pascal 7 92 233 Penumbra 181 205 Penumbra diameter 182 191 Perihelion 60 Perihelion, argument of 72 236 Perihelion, distance 236 Perihelion, longitude of 72 236 Perihelion, time of passage 236 Period, orbital 236 Perturbation 83 Perturbation, acceleration 85 Perturbation, periodic 113 Perturbation, terms 108 111 Perturbations, periodic 107 PH.MATRIX 207 207 PH.MATRIX, example 207 Phase 143 Phase angle 142 photography 253 PHTS 147 148 PLAHPOS 126 PLAHRISE 57 Planets, coordinates 87 Planets, equatorial radius 135 Planets, mass 85 Plate constants 257 261 Pleiades 206 217 PLU200 118 290 PMATECL 20 PMATEQD 20 207 polar 10 15 Pole, celestial 131 Pole, north 131 Polynomial, Chebyshev 167 POS.AHGLES 202 POSAHG 134 144 POSITIOH 88 147 Position angle 199 215 218 Position angle, of the rotation axis 132 Position angle, of the Sun 144 Position, geocentric 239 Position, geometrical 76 Position, heliocentric 239 PRECART 21 207 Precession 7 17 72 124 147 155 206 Precession, angles 19 Precession, example calculation 21 Prime Meridian 137 Proper motion 206 QDAD 202 215 Radius, apparent 47 Reference stars 253 Refraction, atmospheric 46 Refraction, law of 46 Regula Falsi 210 Relativity theory of 42 120 Residuals 258 Right ascension 15 185 186 206 ROTATIOH 141 Rotation, direct 132 Rotation, orientation of axis 132 Rotation, retrograde 132 Rotation, systems of 136 SAT200 118 282 Saturn, rings 145 Scaliger, Joseph Justus 12 Scaliger, Julius 12 SDH200 23 38 118 Secant procedure 231 Sector, area of 230 Sector-triangle ratio 229 Sector-triangle ratio, iteration 231 Sectors, area of 241 Semi-diurnal arc 48 Semi-latus rectum 60 230 235 Semi-major axis 61 230 236 sh 7 Shadow 215 218 SHADOW.DIST 202 Shampine 92 SHAPE 135 Sidereal time 40 40 48 57 131 186 Sidereal time, of Greenwhich 40 Site 214 Solar time 40 SOLAR1 159 SOLAR2 159 SOLAR3 159 SOLARM 159 State vector 89 Station coefficients 205 216 218 STDEQD 256 STEP 92 Step sise 91 Steyart, C. 108 STUMPFF 70 Subset 44 51 Sun, mean anomaly 155 Sun, mean motion 154 Sun, observed position 190 SUSEQO 190 T.EVAL 172 189 190 211 T.FIT.LBR 171 172 189 211 Term 159 Terminator 144 TH 8 Time 41 Time Zone 43 Time, baiycentric dynamic 42 Time, dilFeience between ET fc UT 43 187 Time, dynamic 41 43 Time, ephemeiis 42 187 214 Time, observation of ET-UT 226 Time, sidereal 42 Time, solar 42 48 Time, terrestrial dynamic 42 Time, unit of 36 48 Time, universal 41 42 187 214 Totality, duration of 188 Triangle, area of 230 235 twilight 47 Twilight, civil 218 Two-body problem 131 230 T_FIT_MOON 189 211 T_FIT_MOON, example 189 211 T_FIT_SUN 191 Umbra 177 181 205 Umbra, diameter 181 188 191 Universal Time (UT) 41 117 187 214 Universal Time Coordinated (UTC) 43 URA200 118 285 Variation 154 Vector, Gaussian 71 74 234 Vector, magnitude 231 VEH200 118 275 Velocity, of Earth 208 Velocity, planetary orbit 121 XTZKEP 97 Year, length of 42 Zenith 35 Zodiacal Catalogue 217
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