CCSD3ZF0000100000001NJPL3IF0PDS200000001 = SFDU_LABEL
/* Detached PDS label for Mars Radar Depolarized Echo Model map */
RECORD_TYPE                    = FIXED_LENGTH
RECORD_BYTES                   = 1452
FILE_RECORDS                   = 182
/*  Pointers to image file and objects within it */
^FOREIGN_LABEL                 = ("AMAR001U.IMG",1)
^IMAGE                         = ("AMAR001U.IMG",2)
/* Image descriptive information */
DATA_SET_ID                    = "ARCB/GSSR-M-RTLS-5-MODEL-V1.0"
TARGET_NAME                    = MARS
MAP_PROJECTION_TYPE            = "SIMPLE CYLINDRICAL"
MAP_SCALE                      = 1.0 <PIXEL/DEGREE>
MAXIMUM_LATITUDE               = 90.0 <DEGREES>
MINIMUM_LATITUDE               = -90.0 <DEGREES>
MAXIMUM_LONGITUDE              = 180.0 <DEGREES>
MINIMUM_LONGITUDE              = 180.0 <DEGREES>
PRODUCER_FULL_NAME             = "THOMAS W. THOMPSON"
NOTE                           = "A model for Mars depolarized echoes
     that (1) matches the observed variation of total radar
     cross-section with longitude and (2) produces model spectra that
     have the broad features of spectra published for the Arecibo 1980
     to 1982 observations.  This model assumes that different geologic
     units on Mars backscatter in a uniformly bright manner, where radar
     cross-section per unit surface area is A * Cosine (angle of
     incidence), where A = echo strength for given area.  This model
     assigns depolarized echo strength on degree-by-degree basis in
     latitude and longitude.  For reference, see Thompson, T. W., and H.
     J. Moore, A model for depolarized radar echoes from Mars,
     Proceedings of the 19th Lunar and Planetary Science Conference,
     409-422, 1989."
/*  Object descriptions */
OBJECT                         = FOREIGN_LABEL
  TYPE                         = VICAR2
  RECORDS                      = 1
  BYTES                        = 1452
  ^DESCRIPTION                 = "VICAR2.TXT"
END_OBJECT                     = FOREIGN_LABEL

OBJECT                         = IMAGE
  LINES                        = 181
  LINE_SAMPLES                 = 361
  LINE_PREFIX_BYTES            = 8
  SAMPLE_BITS                  = 32
  SAMPLE_TYPE                  = VAX_INTEGER
END_OBJECT                     = IMAGE
END