Mini-RF S-band Radar Characterization of a Lunar South Pole-Crossing Tycho Ray: Implications for Sampling Strategies

Dataset DOI

Author(s)

Caleb I. Fassett, Brett W. Denevi, Heather M. Meyer, Catherine D. Neish, Gareth A. Morgan, Joshua T. S. Cahill, Angela M. Stickle, G. Wesley Patterson

Journal

Planetary Science Journal 5: NA

Publication DOI

10.3847/PSJ/ad320d

Publication Year

2024

Description

Data behind the figures for the publication in the Planetary Science Journal. Data is in .mat format, which is a Matlab save file which can also be read by open languages such as Python. The accompanying code, in .m format, is a Matlab code that will recreate the figures. The .m code can be read by any text editor application. All figures are also provided as pngs. Figures 7 and 8 are provided as GeoTiffs, where the first channel is S1, second channel S2, third channel S3, and the fourth channel S4 (i.e., the four Stokes parameters).

Files

Preview	Filename	Description
	haworth_stokes.tif	GeoTiff for Figure 8, the Haworth candidate landing site. This is a mosaic of two Mini-RF collects: lsz_04938_1cd_xku_87s336_v1 lsz_02364_1cd_xku_87s327_v1
	newton_stokes.tif	GeoTiff for Figure 7, the Newton crater group. This is a mosaic of four Mini-RF collects: lsz_04367_1cd_xku_82s337_v1 lsz_04369_1cd_xku_82s335_v1 lsz_04367_1cd_xku_77s344_v1 lsz_04369_1cd_xku_77s342_v1
	figuredata.zip	Zip file with MakeFigures.m, the Matlab code that will recreate the figures, and RiveraValentinETAL_2024_PSJ_AccompanyingData.mat, the Matlab data needed to re-make the figures.
	figures.zip	Zip file with all of the Figures in the paper in png format.

Uploaded by rivereg1 on Feb. 9, 2024, 2:52 p.m.

Last modified April 8, 2024, 1:53 p.m.