This archive contains spherical harmonic data files for The Moon before mare Broquet A. & Andrews-Hanna, J. C., submitted to Icarus (2023). All spherical harmonic solutions are for the nominal model presented in the study. The models are defined up to degree 500, and use the SHTOOLs format convention. Note that because of spherical harmonic transforms, non-zero mare thicknesses outside of mare regions can be found. High-resolution grids can be obtained on demand from the corresponding author (Adrien Broquet). Crust_nomare.sh: Thickness of the feldspathic crust [km] Crust.sh: Thickness of the bulk crust (feldspathic + mare) [km] Mare_clip.sh: Thickness of the maria clipped to known mare and cryptomare regions [km] Mare_Du_clip.sh Thickn...
© SGEM2017 All Rights Reserved. The present work is focusing on construction and analysis of 5 lunar...
© SGEM2017 All Rights Reserved. The present work is focusing on construction and analysis of 5 lunar...
Abstract We present a method to determine local gravity fields for the Moon using Gravity Recovery a...
Provided are 12 spherical harmonic models of the gravitational field implied by the Moon's topograph...
A new method of determining the thickness of mare basalts on the Moon is introduced that is made pos...
International audienceA new method is presented for estimating crustal thickness from gravity and to...
This archive contains spherical-harmonic shape models of the Moon, Venus, and Mars that were present...
Rigorous modelling of the spherical gravitational potential spectra from the volumetric density and ...
A new method is presented for estimating crustal thickness from gravity and topography data on the M...
This archive contains spherical-harmonic shape models of the Moon, Venus, and Mars that were present...
T2015_449 is a 449 degree and order spherical harmonic model of the magnetic potential of the Moon. ...
A series of models of the lunar interior are derived from topographic, gravitational, librational, a...
Spherical harmonic expansions are the most popular parametrisation of the gravitational potential an...
Spherical harmonic expansions are the most popular parametrisation of the gravitational potential an...
We employ Newton’s integral in the spectral domain to solve two geodetic/geophysical tasks for the M...
© SGEM2017 All Rights Reserved. The present work is focusing on construction and analysis of 5 lunar...
© SGEM2017 All Rights Reserved. The present work is focusing on construction and analysis of 5 lunar...
Abstract We present a method to determine local gravity fields for the Moon using Gravity Recovery a...
Provided are 12 spherical harmonic models of the gravitational field implied by the Moon's topograph...
A new method of determining the thickness of mare basalts on the Moon is introduced that is made pos...
International audienceA new method is presented for estimating crustal thickness from gravity and to...
This archive contains spherical-harmonic shape models of the Moon, Venus, and Mars that were present...
Rigorous modelling of the spherical gravitational potential spectra from the volumetric density and ...
A new method is presented for estimating crustal thickness from gravity and topography data on the M...
This archive contains spherical-harmonic shape models of the Moon, Venus, and Mars that were present...
T2015_449 is a 449 degree and order spherical harmonic model of the magnetic potential of the Moon. ...
A series of models of the lunar interior are derived from topographic, gravitational, librational, a...
Spherical harmonic expansions are the most popular parametrisation of the gravitational potential an...
Spherical harmonic expansions are the most popular parametrisation of the gravitational potential an...
We employ Newton’s integral in the spectral domain to solve two geodetic/geophysical tasks for the M...
© SGEM2017 All Rights Reserved. The present work is focusing on construction and analysis of 5 lunar...
© SGEM2017 All Rights Reserved. The present work is focusing on construction and analysis of 5 lunar...
Abstract We present a method to determine local gravity fields for the Moon using Gravity Recovery a...