urn:nasa:pds:lro_minirf_globalmosaic:data_globalmosaic:global_s2_32ppd_simp_0c 1.0 1.19.0.0 Product_Observational 2024-07-19 1.0 Initial PDS4 Version 2009-07-19T12:27:42.785399Z 2010-12-26T09:17:27.6068Z Lunar Reconnaissance Orbiter Mission urn:nasa:pds:context:investigation:mission.lunar_reconnaissance_orbiter data_to_investigation Lunar Reconnaissance Orbiter Host Lunar Reconnaissance Orbiter Spacecraft urn:nasa:pds:context:instrument_host:spacecraft.lro is_instrument_host Mini-RF LRO Instrument Mini-RF is a hybrid dual-polarimetric side-looking synthetic aperture radar (SAR) instrument. urn:nasa:pds:context:instrument:lro.mrflro is_instrument Moon Satellite DDR Johns Hopkins University Applied Physics Laboratory global_s2_32ppd_simp_0c display_settings_to_array Sample Left to Right Line Top to Bottom global_s2_32ppd_simp_0c cartography_parameters_to_image_object -180.0 180.0 90.0 -90.0 Equirectangular 0.0 0.0 0.0 Coordinate Pair 947.6047007546699 947.6047007546699 32.0 32.0 -5458203.076346898 2729101.538173449 Planetocentric MOON 1737.4 1737.4 1737.4 Positive East urn:nasa:pds:lro_minirf_globalmosaic:document:userguide::1.0 data_to_document User guide providing an overview of the Mini-RF Global Mosaic datasets, the file naming convention, data products, and parameter descriptions. urn:nasa:pds:lro_minirf_globalmosaic:document:parameters_summary::1.0 data_to_document This document provides a summary of the Stokes parameters and their relationship to a given Mini-RF Global Mosaic data product. The parameter is determined by the file naming convention as described in the user guide. global_s2_32ppd_simp_0c.img Binary file containing Global Mosaic second Stokes Parameter (S2) data at 32.0 pixels per degree resolution. global_s2_32ppd_simp_0c 0 2 Last Index Fastest Global Mosaic image containing The second Stokes parameter (S2); represents the difference between horizontally polarized intensity and the vertically polarized intensity. S2 = H * H_con - V * V_con where H and V are the horizontal and vertical components of the polarized portion of the received EM field, H_con is the complex conjugate of H and V_con is the complex conjugate of V. IEEE754LSBSingle Line 5760 1 Sample 11520 2 -1.7976931E+308 global_s2_32ppd_simp_0c.lbl 0 PDS3 PDS3 label Carriage-Return Line-Feed