Monthly Notices of the Royal Astronomical Society, Volume 68; Volumes 1907-1908Priestley and Weale, 1908 Includes lists of additions to the society's library, usually separately paged. |
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Page 3
... perihelion reduces the quantity of vapour in the possession of the comet's nucleus ; such vapours , then , are set free in interplanetary space and seem to be spread out , mainly in the plane of the comet's orbit , under the action of ...
... perihelion reduces the quantity of vapour in the possession of the comet's nucleus ; such vapours , then , are set free in interplanetary space and seem to be spread out , mainly in the plane of the comet's orbit , under the action of ...
Page 11
... perihelion on September 4 , with a velocity of 58 km / sec at a distance 0.512 ; the Earth passed closest to the path of the comet on September 12 , as was pointed out by Kritzinger ( Ast . Nach . , 4198 ) . The comet itself had passed ...
... perihelion on September 4 , with a velocity of 58 km / sec at a distance 0.512 ; the Earth passed closest to the path of the comet on September 12 , as was pointed out by Kritzinger ( Ast . Nach . , 4198 ) . The comet itself had passed ...
Page 111
... perihelion and node were supposed to change uniformly from revolution to revolution , the rates of change being deduced from the accepted elements of the comet from 1531 to 1910 ; subsequently these rates were modified by the use of M ...
... perihelion and node were supposed to change uniformly from revolution to revolution , the rates of change being deduced from the accepted elements of the comet from 1531 to 1910 ; subsequently these rates were modified by the use of M ...
Page 112
... perihelion and the node . Venus Earth Jupiter Saturn Uranus Neptune Period for x , Y. d 224 7005 365.2544 Period for z ' . d 224 7023 365-2614 4332 47 4332.86 10758.6 107607 30681'3 30700.6 60167 60238 In consequence of the change in ...
... perihelion and the node . Venus Earth Jupiter Saturn Uranus Neptune Period for x , Y. d 224 7005 365.2544 Period for z ' . d 224 7023 365-2614 4332 47 4332.86 10758.6 107607 30681'3 30700.6 60167 60238 In consequence of the change in ...
Page 118
... perihelion to each value of u by multiplying nt by period in days 6.28318 The co - ordinates of Jupiter are found from the table ( M.Ν. , lxvii . p . 394 ) by multiplying , z ' a'a by 177 . The following table gives the Julian days ...
... perihelion to each value of u by multiplying nt by period in days 6.28318 The co - ordinates of Jupiter are found from the table ( M.Ν. , lxvii . p . 394 ) by multiplying , z ' a'a by 177 . The following table gives the Julian days ...
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Common terms and phrases
angle appear Astrographic axis bright brighter calculated Cape Catalogue centre coefficient colour column comet comparison stars computed corrections correlation curve cyanogen David Gill deduced determination distance Double Stars drift E. E. Barnard Earth eclipse epoch equation equatorial faint formula give given Greenwich groups heliometer instrument Julian Day Jupiter latitude lens Lick Observatory limb lines longitude magnitude Max Wolf mean measures meridian method Monthly Notices Moon nebula nucleus number of stars observations obtained orbit outer condensation paper parallax Paris perihelion perihelion passage period perturbations photographs planet plates position Professor proper motion reduced reflector refraction refractor region right ascension ring Royal Observatory satellite Saturn seen Sept solar spectra spectral class spectroheliograph spectroscope spectrum spot stellar sun-spot Sun's surface Table telescope tion variable Yerkes Observatory zone ΟΣ دو