A new analytic model for calculating the effective thermal conductivity of planetary regolith allows scientists to better understand the connections between the physical and thermal properties of planetary surfaces and the processes that depend on them, said Planetary Science Institute Senior Scientist Stephen E. Wood. "Thermal conductivity largely controls the range of temperatures experi
Wednesday, July 29, 2020
New method determines planetary regolith thermal conductivity
Tucson AZ (SPX) Jul 29, 2020
A new analytic model for calculating the effective thermal conductivity of planetary regolith allows scientists to better understand the connections between the physical and thermal properties of planetary surfaces and the processes that depend on them, said Planetary Science Institute Senior Scientist Stephen E. Wood. "Thermal conductivity largely controls the range of temperatures experi
A new analytic model for calculating the effective thermal conductivity of planetary regolith allows scientists to better understand the connections between the physical and thermal properties of planetary surfaces and the processes that depend on them, said Planetary Science Institute Senior Scientist Stephen E. Wood. "Thermal conductivity largely controls the range of temperatures experi
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