Computer Science
Scientific paper
Dec 1976
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1976sci...194.1346k&link_type=abstract
Science, vol. 194, Dec. 17, 1976, p. 1346-1351.
Computer Science
9
Atmospheric Temperature, Diurnal Variations, Mars Atmosphere, Mars Surface, Surface Temperature, Craters, Infrared Instruments, Thermal Mapping, Time Response, Viking Lander 2
Scientific paper
Selected observations made with the Viking infrared thermal mapper after the first landing are reported. Atmospheric temperatures measured at the latitude of the Viking 2 landing site (48 deg N) over most of a Martian day reveal a diurnal variation of at least 15 K, with peak temperatures occurring near 2.2 hours after noon, implying significant absorption of sunlight in the lower 30 km of the atmosphere by entrained dust. The summit temperature of Arsia Mons varies by a factor of nearly two each day; large diurnal temperature variation is characteristic of the south Tharsis upland and implies the presence of low-thermal-inertia material. The thermal inertia of material on the floors of several typical large craters is found to be higher than for the surrounding terrain; this suggests that craters are somehow effective in sorting aeolian material. Brightness temperatures of the Viking 1 landing area decrease at large emissions angles; the intensity of reflected sunlight shows a more complex dependence on geometry than expected, implying atmospheric as well as surface scattering.
Christensen Per Rex
Kieffer Hugh H.
Martin Terry. Z.
Miner Ellis D.
Palluconi F. D.
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