Monthly Notices of the Royal Astronomical SocietyPriestly and Weale, 1861 |
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Page 13
... corrected for refraction and parallax , excepting that of Niobe , which has been corrected for refraction only . Occultations of Stars by the Moon . Observer . E. Day of Obs . Phenomenon . Moon's Limb . Mean Solar Time . h m 8 1861 ...
... corrected for refraction and parallax , excepting that of Niobe , which has been corrected for refraction only . Occultations of Stars by the Moon . Observer . E. Day of Obs . Phenomenon . Moon's Limb . Mean Solar Time . h m 8 1861 ...
Page 19
... corrected values , as given by the Observations of Zenith Distances of Nautical Almanac Stars and the Observations of Moon - culminating Stars during the year 1859 , are found to be Lat . 33 ° 51 ′ 40 ′′ -8 N .; Long . 10h 4 595-96 W. m ...
... corrected values , as given by the Observations of Zenith Distances of Nautical Almanac Stars and the Observations of Moon - culminating Stars during the year 1859 , are found to be Lat . 33 ° 51 ′ 40 ′′ -8 N .; Long . 10h 4 595-96 W. m ...
Page 25
... corrected for the deviations of the plumb - line due to the calculated attractions of the ine- qualities of the surface in the neighbourhood of the Station . It appears that in the opinion of General de Schubert , this correction should ...
... corrected for the deviations of the plumb - line due to the calculated attractions of the ine- qualities of the surface in the neighbourhood of the Station . It appears that in the opinion of General de Schubert , this correction should ...
Page 37
... corrected and rated by sextant observations . At 22h 15m 571 the planet was estimated to be just its own diameter from the Sun's limb . At 22h 16m 135 it was clearly within one diameter . At 22h 18m 59 , first contact . Shortly after ...
... corrected and rated by sextant observations . At 22h 15m 571 the planet was estimated to be just its own diameter from the Sun's limb . At 22h 16m 135 it was clearly within one diameter . At 22h 18m 59 , first contact . Shortly after ...
Page 40
... corrected for No. Corrected Computed Refraction and of for from Proper Motion . Obs . Parallax . Schjellerupp . C - O . - 8 — 11 ′ 192 -13'770 -22.871 8 8 2 -11-308 -11.558 -0.25 2 -13.883 -14'111 -0 ° 23 2 -22'971 -22.886 + '08 Diff ...
... corrected for No. Corrected Computed Refraction and of for from Proper Motion . Obs . Parallax . Schjellerupp . C - O . - 8 — 11 ′ 192 -13'770 -22.871 8 8 2 -11-308 -11.558 -0.25 2 -13.883 -14'111 -0 ° 23 2 -22'971 -22.886 + '08 Diff ...
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Common terms and phrases
2r+g Airy Alhazen Annex appears April Astronomer Royal bright Calculation CAYLEY clock Comet computed corrected crater Decl declination diameter difference distance Ditto ditto edge Ephemeris equations Equatoreal error excentricity eye-piece Greenwich inches aperture instrument July June Jupiter Jupiter's Satellites latitude light limb longitude Lunar m² e m² n² Mars Mean Solar measures Memoir meridian Minor Planets Monthly Notices Moon Moon's Mean Motion N.P.D. from Observation Nautical Almanac nearly Nebula nucleus Number of Observations obtained Occultation orbit parallax perihelion photographs Prof R.A. from Observation Radcliffe Catalogue radiation Right Ascension ring Royal Observatory Saturn Secular Acceleration shadow Sirius Small Planets Society Solar Eclipse soleil stars Struve Sun's disk surface T. W. Webb taches telescope term thermometer tion Transit of Mercury Ursa Variable Variable Stars W. R. Dawes Weisse