The Jovian surface condition and cooling rate
阅读量：
31
摘要：
A theory which is almost fully analytic is used to investigate Jupiter's cooling rate. We find that a simple model of contraction with adiabatic interior structure gives a total cooling time to the present which is in good agreement with the age of the solar system. The interplay between the surface condition and the cooling rate is exhibited and discussed. The current rate of change of the effective temperature is calculated to be 1°K/0.145×10 9 yr. Discrepancies with fully numerical investigations of the Jovian age and cooling rate are noted.
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关键词：
Theoretical or Mathematical/ cooling Jupiter planetary atmospheres/ adiabatic interior structure total cooling time Jupiter surface condition Jupiter cooling rate solar system age effective temperature variation Kelvin contraction/ A9630K Jupiter and satellites
DOI：
10.1016/0019-1035(77)90164-6
被引量：
年份：
1977
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