Near surface properties derived from Phobos transits with HP RAD³ on InSight, Mars

Nils Mueller,Sylvain Piqueux,Mark T. Lemmon,Justin N. Maki,Ralph D. Lorenz,Matthias Grott,Tilman Spohn,Suzanne E. Smrekar,Joerg Knollenberg,Troy L. Hudson,Christian Krause,Ehouarn Millour,Forget Francois,Matthew P. Golombek,Axel Hagermann,Nicholas Attree,Matthew A. Siegler,William B. Banerdt

Near surface properties derived from Phobos transits with HP RAD³ on InSight, Mars

2021

Nils Mueller
Sylvain Piqueux
Mark T. Lemmon
Justin N. Maki
Ralph D. Lorenz
Matthias Grott
Tilman Spohn
Suzanne E. Smrekar
Joerg Knollenberg
Troy L. Hudson
Christian Krause
Ehouarn Millour
Forget Francois
Matthew P. Golombek
Axel Hagermann
Nicholas Attree
Matthew A. Siegler
William B. Banerdt

We use the surface temperature response to Phobos transits as observed by a radiometer on board of the InSight lander to constrain the thermal properties of the uppermost layer of regolith. Modeled...

Keywords:

Radiometer
Astrobiology
Thermal
temperature response
on board
Materials science
Mars Exploration Program
surface
layer
Regolith

Correction
Source
Cite
Save
Machine Reading By IdeaReader

References

Citations