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Contents
Preface | 3 |
Seasons, some constants | 5 |
Sidereal time | 6 |
Ephemeris of the Sun | 10 |
Rectangular equatorial coordinates of the Sun (J2000.0) | 26 |
Aberration, parallax, mean longitude of the Sun, obliquity of the ecliptic, nutation in obliquity | 34 |
Mean longitude of the Moon, mean elements of the Moon's orbit and equator | 35 |
Ephemeris of the Moon | 36 |
Right ascension, declination and geocentric distance of the Moon= | 52 |
Coefficients of the Tchebyshov polynomials, the Moon | 60 |
Phases of the Moon, perigee and apogee | 90 |
Heliocentric coordinates of the planets (J2000.0) | 91 |
Osculating elements of the internal planets | 96 |
Osculating elements of the outer planets | 97 |
Ephemeris of Mercury | 98 |
Ephemeris of Venus | 106 |
Ephemeris of Mars | 114 |
Ephemeris of Jupiter | 122 |
Ephemeris of Saturn | 130 |
Ephemeris of Uranus | 138 |
Ephemeris of Neptune | 146 |
Ephemeris of Pluto | 154 |
Position and velocity of the Earth | 156 |
Precession and nutation | 157 |
Terms of reductions at 0h Terrestrial Dynamical Time | 172 |
Eclipses | 180 |
Planetary configurations | 190 |
Ephemeris of the lunar crater Mösting A | 194 |
Fundamental arguments of the lunar physical libration | 199 |
Ephemeris for physical observations of the Sun | 200 |
Ephemeris for physical observations of the Moon | 204 |
Ephemeris for physical observations of Mercury | 212 |
Ephemeris for physical observations of Venus | 220 |
Ephemeris for physical observations of Mars | 224 |
Ephemeris for physical observations of Jupiter | 232 |
Physical data for the Sun, Moon, and major planets | 239 |
Rotational elements of the planets | 239 |
Ephemeris for physical observations of Saturn | 240 |
Saturn's rings | 246 |
Ephemeris for physical observations of Uranus | 248 |
Ephemeris for physical observations of Neptune | 250 |
Times of sunrise and sunset for latitudes from +30° through +70° | 252 |
Times of moonrise and moonset for latitudes from +30° through +70° | 260 |
Abbreviations of names of constellations | 292 |
Abbreviations of names of catalogues | 292 |
Mean places of stars (J2005.5) | 293 |
Mean places of circumpolar stars (J2005.5) | 307 |
Mean places of stars (J2000.0) | 308 |
Mean places of circumpolar stars (J2000.0) | 322 |
Terms of reductions for 0h of sidereal dynamical time | 323 |
Second order terms of reductions | 331 |
Apparent places of stars | 335 |
Apparent places of circumpolar stars | 518 |
Tables for latitude determinations from observations of Polaris | 612 |
Table for altitudes and azimuths of Polaris | 617 |
Auxiliary tables
I. | Julian dates | 621 |
II. | Conversion of mean time to sidereal time (with accuracy 0.01s) | 626 |
IIb. | Conversion of sidereal time to mean time (with accuracy 0.01s) | 627 |
III. | Conversion of mean time to sidereal time (with accuracy 0.001s and 0.0001s) | 628 |
IIIb. | Conversion of sidereal time to mean time (with accuracy 0.001s and 0.0001s) | 629 |
IV. | Conversion of minutes and seconds to parts of gradus and
back |
630 |
IVb. | Conversion of decimal parts of gradus to minutes and
seconds and back |
631 |
V. | Conversion of arc to time | 632 |
VI. | Conversion of minutes and seconds to parts of hour | 632 |
VII. | Conversion of hours, minutes and seconds to parts of day | 633 |
VIII. | Elements of Earth's spheroid by F.N. Krasovskij. Calculation geocentric coordinates of the Earth's surface points | 634 |
VIIIb. | Elements of IUGG Earth's spheroid. Calculation geocentric coordinates of the Earth's surface points | 635 |
IX. | Coefficients of Bessel's interpolation formula | 636 |
X. | Refraction (the precision 1") | 637 |
XI. | Refraction (the precision 0.1") | 638 |
Explanation to the Astronomical Yearbook for 2005
1. | General remarks | 639 |
2. | Interpolation | 647 |
3. | Sidereal time | 651 |
4. | Transition from One Time Measure System to Another | 653 |
5. | Fundamental ephemeris of the Sun, the Moon, and major planets | 657 |
6. | Ephemeris of the Sun: the apparent equatorial coordinates | 659 |
7. | Ephemeris of the Sun: ecliptical coordinates | 663 |
8. | Rectangular equatorial coordinates of the Sun | 664 |
9. | Ephemeris of the Sun: mean longitude, longitude of perigee, parallax, aberration, obliquity of the ecliptic | 664 |
10. | Mean elements of the Moon's orbit and equator. Ephemeris of the Moon | 665 |
11. | Ephemeris of the Moon: coefficients of the Tchebyshov polynomials. Phases of the Moon, perigee, apogee | 666 |
12. | Heliocentric coordinates of planets. Osculating elements | 668 |
13. | Ephemerides of the major planets | 668 |
14. | Position and velocity of the Earth. precession and nutation | 671 |
15. | Terms of reductions | 674 |
16. | Eclipses. Transit of Venus across the solar disk |
677 |
17. | Planetary configurations and other astronomical phenomena | 680 |
18. | Ephemeris of the lunar crater Mösting A | 681 |
19. | Ephemeris for physical observations of the Sun | 685 |
20. | Ephemeris for physical observations of the Moon | 685 |
21. | Planetocentric coordinates of the Earth and the Sun | 690 |
22. | Planetographic coordinates | 694 |
23. | Ephemeris for physical observations of Mercury | 696 |
24. | Ephemeris for physical observations of Venus | 697 |
25. | Ephemeris for physical observations of Mars | 698 |
26. | Ephemeris for physical observations of Jupiter | 699 |
27. | Ephemeris for physical observations of Saturn | 700 |
28. | Saturn's rings | 701 |
29. | Ephemeris for physical observations of Uranus and Neptune | 703 |
30. | Times of rise and set of the Sun and Moon | 704 |
31. | Mean places of stars | 705 |
32. | Apparent places of stars | 708 |
33. | Apparent places of circumpolar stars | 716 |
34. | Tables for latitude determinations from observations of Polaris | 719 |
|
Index | 720 |