... s1=sun) set_character(c1,Y) end_if if (s1=moon) set_character(c1,Y) end_if if (s1=mercury) set_character(c1,Y) end_if if (s1=venus) set_character(c1,Y) end_if if (s1=mars) set_character(c1,Y) end_if if (s1=jupiter) set_character(c1,Y) end_if if (s1=saturn ...
... Object name [Sun, Moon, a planet etc.]%s1) {Get the ra & dec if necessary} if (s1!sun) if (s1!moon) if (s1!mercury) if (s1!venus) if(s1!mars) if(s1!jupiter) if (s1!saturn) if (s1!uranus) if(s1!neptune) {Phew! none of those, so get ra/dec} ask_for ...
... Venus, Mars, Jupiter, Saturn, Uranus, Neptune,) new_line write_string(Elliptical, Parabolic, or name of body with current RA and Dec) new_line new_line ask_for_string(First argument [choose one of the above],s1) {Get coordinates if not a main body: added ...
... Less definitive is molecular oxygen, which is locked up in oxidized surface minerals unless continually replenished either by life (as on Earth) or catastrophic loss of surface water followed by photolysis Of H2O in the atmosphere (as on early Venus). ...
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Ссылки http://www.mrao.cam.ac.uk/projects/aavp/presentations/Penny_SETI.pdf -- 1315.4 Кб -- 09.12.2010 Похожие документы
... Kapteyn b, P = 48.7 days, M sin I = 4.0 Mearth, Kapteyn c, P = 121.0 days, M sin I = 7.0 Mearth, ... but we also got lucky :) 1 cl 00% ou ds CO cl ou ds cl ou ds cl ou ds 10 0% 50 % Sun Mercury Venus Earth Mars N o Habitable Zone HZ with CO2 clouds 0.0 0 ...
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Ссылки http://www.mrao.cam.ac.uk/wp-content/uploads/2014/04/GAngladaEscude.pdf -- 1173.8 Кб -- 16.04.2014 Похожие документы
... 2) Estimate the mean distances from the Sun of Venus and Mars, as fractions of the Earth's orbit, given that their orbital periods are 0.62 and 1.88 years respectively. ...
... s1=sun) set_character(c1%s) end_if if (s1=moon) set_character(c1%m) end_if if (s1=mercury) set_character(c1%p) end_if if (s1=venus) set_character(c1%p) end_if if (s1=mars) set_character(c1%p) end_if if (s1=jupiter) set_character(c1%p) end_if if (s1=saturn ...
... This means that objects like Venus and Mars are good sources for such measurements ... These observations were made on Venus with a heterodyne receiver tuned to a ... The apparent diameter of Venus at the time of observations was 12 arcseconds ...
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Ссылки http://www.mrao.cam.ac.uk/~bn204/mk2/publications/2006/OOFP1.pdf -- 270.3 Кб -- 25.11.2009 Похожие документы