CCSD3ZF0000100000001NJPL3IF0PDS200000001 = SFDU_LABEL RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 328 FILE_RECORDS = 700 INTERCHANGE_FORMAT = ASCII ^TABLE = "VG2_J_NS.DAT" DATA_SET_ID = "VG1/VG2-J-IRIS-5-NS-ATMOS-PARAMS-V1.0" DESCRIPTION = "This file was produced by the PDS Atmospheres node using PANDA from dataset Workshop data for user LEE on 31-Aug-1995 22:49:28.00 using the following SQL query against the Atmospheres database: SELECT DISTINCT * FROM J_VG_IRS_NS WHERE SC_ID = 'VG2' ORDER BY FDS_COUNT" /* Table Description */ OBJECT = TABLE NAME = PANDA_QUERY_RESULT INTERCHANGE_FORMAT = ASCII COLUMNS = 39 ROWS = 700 ROW_BYTES = 329 OBJECT = COLUMN NAME = "SC_ID" DATA_TYPE = CHARACTER BYTES = 6 START_BYTE = 1 FORMAT = "A6" DESCRIPTION = "Spacecraft identification. VG1(2) = Voyager 1(2)." END_OBJECT OBJECT = COLUMN NAME = "FDS_COUNT" DATA_TYPE = ASCII_INTEGER BYTES = 10 START_BYTE = 7 FORMAT = "I10" DESCRIPTION = "Flight Data System Count (FDSC) is the number of 48 second data frames taken since an arbitrary epoch. The final two digits are modulo 60. This is the primary Voyager data identifier." END_OBJECT OBJECT = COLUMN NAME = "Q5_LATITUDE" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 17 FORMAT = "F8.2" DESCRIPTION = "Planetographic latitude (deg). Q5 is the point of intersection of the optic axis with the currently viewed picture body. The remaining Q-points define the perimeter of the IRIS field of view as projected on the surface of the picture body." END_OBJECT OBJECT = COLUMN NAME = "Q5_LONGITUDE" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 25 FORMAT = "F8.2" DESCRIPTION = "West longitude (deg., System III, deep interior rotation period). Q5 is the point of intersection of the optic axis with the picture body. Remaining Q-points define the perimeter of the IRIS field of view projected on the surface of the picture body." END_OBJECT OBJECT = COLUMN NAME = "SLANT_DIST" DATA_TYPE = ASCII_REAL BYTES = 14 START_BYTE = 33 FORMAT = "F14.1" DESCRIPTION = "Slant distance between the spacecraft and the center (Q5 point) of the IRIS field of view on the planet" END_OBJECT OBJECT = COLUMN NAME = "COS_EMISS" DATA_TYPE = ASCII_REAL BYTES = 6 START_BYTE = 47 FORMAT = "F6.2" DESCRIPTION = "Cosine of the emission angle at the center of the IRIS field of view. The emssion angle is the angle between the local normal and the optic axis at the point of intersection of the latter with the surface of the currently viewed picture (target) body." END_OBJECT OBJECT = COLUMN NAME = "EMISS_ANGLE" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 53 FORMAT = "F8.2" DESCRIPTION = "Angle (degrees) between the local normal and the optic axis at the point of intersection of the latter with the surface of the currently viewed picture (target) body." END_OBJECT OBJECT = COLUMN NAME = "ZENITH_ANGLE" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 61 FORMAT = "F8.2" DESCRIPTION = "Angle (degrees) between the local normal and the sun at the point of intersection of the instrument optic axis with the surface of the currently viewed picture (target) body." END_OBJECT OBJECT = COLUMN NAME = "RADIOMETER" DATA_TYPE = ASCII_REAL BYTES = 14 START_BYTE = 69 FORMAT = "F14.10" DESCRIPTION = "The broadband, reflected solar radiometer signal integrated over the 45.6 seconds that IRIS data are taken within the 48 second data frame. The quantity given is power at the detector in Watts." END_OBJECT OBJECT = COLUMN NAME = "TEMP_216" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 83 FORMAT = "F8.2" DESCRIPTION = "Brightness temperature of the observed scene at 216 cm**-1" END_OBJECT OBJECT = COLUMN NAME = "TEMP_225" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 91 FORMAT = "F8.2" DESCRIPTION = "Brightness temperature of the observed scene at 225 cm**-1" END_OBJECT OBJECT = COLUMN NAME = "TEMP_330" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 99 FORMAT = "F8.2" DESCRIPTION = "Brightness temperature of the observed scene at 330 cm**-1" END_OBJECT OBJECT = COLUMN NAME = "TEMP_520" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 107 FORMAT = "F8.2" DESCRIPTION = "Brightness temperature of the observed scene at 520 cm**-1" END_OBJECT OBJECT = COLUMN NAME = "TEMP_600" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 115 FORMAT = "F8.2" DESCRIPTION = "Brightness temperature of the observed scene at 600 cm**-1" END_OBJECT OBJECT = COLUMN NAME = "TEMP_1304" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 123 FORMAT = "F8.2" DESCRIPTION = "Brightness temperature of the observed scene at 1304 cm**-1, a methane band" END_OBJECT OBJECT = COLUMN NAME = "TEMP_2050" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 131 FORMAT = "F8.2" DESCRIPTION = "Brightness temperature of the observed scene at 2050 cm**-1" END_OBJECT OBJECT = COLUMN NAME = "TEMP_MB267" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 139 FORMAT = "F8.2" DESCRIPTION = "Atmospheric temperature at 267 mbar (level 11)" END_OBJECT OBJECT = COLUMN NAME = "TEMP_MB143" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 147 FORMAT = "F8.2" DESCRIPTION = "Atmospheric temperature at 143 mbar (level 13)" END_OBJECT OBJECT = COLUMN NAME = "OPACITY_2050" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 155 FORMAT = "F8.3" DESCRIPTION = "Cloud optical depth at 2050 cm**-1. Flag values are: -1: Emission angle is too large (mu < 0.5); -2: T225 > T0225; -3: Could not calculate parameter; -4: Calculation produced meaningless result." END_OBJECT OBJECT = COLUMN NAME = "OPACITY_226" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 163 FORMAT = "F8.3" DESCRIPTION = "Cloud optical depth at 226 cm**-1. Flag values are: -1: Emission angle is too large (mu < 0.5); -2: T225 > T0225; -3: Could not calculate parameter; -4: Calculation produced meaningless result." END_OBJECT OBJECT = COLUMN NAME = "FRAC_PARA_H" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 171 FORMAT = "F8.3" DESCRIPTION = "Para-hydrogen fraction (-1 indicates a bad value)" END_OBJECT OBJECT = COLUMN NAME = "FRAC_AMMONIA" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 179 FORMAT = "F8.3" DESCRIPTION = "Ammonia mole fraction at 600 mbar relative to solar value. Flag values are: -1: Emission angle is too large (mu < 0.5); -2: T225 > T0225; -3: Could not calculate parameter; -4: Calculation produced meaningless result." END_OBJECT OBJECT = COLUMN NAME = "RESIDUAL" DATA_TYPE = ASCII_REAL BYTES = 14 START_BYTE = 187 FORMAT = "F14.12" DESCRIPTION = "Radiance residual of the retrieval (H2-He). This is a measure of the convergence of the retrieval calculations." END_OBJECT OBJECT = COLUMN NAME = "Q1_LATITUDE" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 201 FORMAT = "F8.2" DESCRIPTION = "Planetographic latitude (deg). Q5 is point of intersection of optic axis with currently viewed picture body. Remaining Q-points define perimeter of IRIS field of view as projected on the surface of the picture body. 200.0 indicates point is the planet." END_OBJECT OBJECT = COLUMN NAME = "Q1_LONGITUDE" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 209 FORMAT = "F8.2" DESCRIPTION = "West longitude (deg., System III, deep interior rotation period). Q5 is the point of intersection of the optic axis with the picture body. Remaining Q-points define the perimeter of the IRIS field of view projected on the surface of the picture body." END_OBJECT OBJECT = COLUMN NAME = "Q2_LATITUDE" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 217 FORMAT = "F8.2" DESCRIPTION = "Planetographic latitude (deg). Q5 is point of intersection of optic axis with currently viewed picture body. Remaining Q-points define perimeter of IRIS field of view as projected on the surface of the picture body. 200.0 indicates point is the planet." END_OBJECT OBJECT = COLUMN NAME = "Q2_LONGITUDE" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 225 FORMAT = "F8.2" DESCRIPTION = "West longitude (deg., System III, deep interior rotation period). Q5 is the point of intersection of the optic axis with the picture body. Remaining Q-points define the perimeter of the IRIS field of view projected on the surface of the picture body." END_OBJECT OBJECT = COLUMN NAME = "Q3_LATITUDE" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 233 FORMAT = "F8.2" DESCRIPTION = "Planetographic latitude (deg). Q5 is point of intersection of optic axis with currently viewed picture body. Remaining Q-points define perimeter of IRIS field of view as projected on the surface of the picture body. 200.0 indicates point is the planet." END_OBJECT OBJECT = COLUMN NAME = "Q3_LONGITUDE" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 241 FORMAT = "F8.2" DESCRIPTION = "West longitude (deg., System III, deep interior rotation period). Q5 is the point of intersection of the optic axis with the picture body. Remaining Q-points define the of the IRIS field of view projected on the surface of the picture body." END_OBJECT OBJECT = COLUMN NAME = "Q4_LATITUDE" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 249 FORMAT = "F8.2" DESCRIPTION = "Planetographic latitude (deg). Q5 is point of intersection of optic axis with currently viewed picture body. Remaining Q-points define perimeter of IRIS field of view as projected on the surface of the picture body. 200.0 indicates point is the planet." END_OBJECT OBJECT = COLUMN NAME = "Q4_LONGITUDE" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 257 FORMAT = "F8.2" DESCRIPTION = "West longitude (deg., System III, deep interior rotation period). Q5 is the point of intersection of the optic axis with the picture body. Remaining Q-points define the perimeter of the IRIS field of view projected on the surface of the picture body." END_OBJECT OBJECT = COLUMN NAME = "Q6_LATITUDE" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 265 FORMAT = "F8.2" DESCRIPTION = "Planetographic latitude (deg). Q5 is point of intersection of optic axis with currently viewed picture body. Remaining Q-points define perimeter of IRIS field of view as projected on the surface of the picture body. 200.0 indicates point is the planet." END_OBJECT OBJECT = COLUMN NAME = "Q6_LONGITUDE" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 273 FORMAT = "F8.2" DESCRIPTION = "West longitude (deg., System III, deep interior rotation period). Q5 is the point of intersection of the optic axis with the picture body. Remaining Q-points define the perimeter of the IRIS field of view projected on the surface of the picture body." END_OBJECT OBJECT = COLUMN NAME = "Q7_LATITUDE" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 281 FORMAT = "F8.2" DESCRIPTION = "Planetographic latitude (deg). Q5 is point of intersection of optic axis with currently viewed picture body. Remaining Q-points define perimeter of IRIS field of view as projected on the surface of the picture body. 200.0 indicates point is the planet." END_OBJECT OBJECT = COLUMN NAME = "Q7_LONGITUDE" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 289 FORMAT = "F8.2" DESCRIPTION = "West longitude (deg., System III, deep interior rotation period). Q5 is the point of intersection of the optic axis with the picture body. Remaining Q-points define the perimeter of the IRIS field of view projected on the surface of the picture body." END_OBJECT OBJECT = COLUMN NAME = "Q8_LATITUDE" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 297 FORMAT = "F8.2" DESCRIPTION = "Planetographic latitude (deg). Q5 is point of intersection of optic axis with currently viewed picture body. Remaining Q-points define perimeter of IRIS field of view as projected on the surface of the picture body. 200.0 indicates point is the planet." END_OBJECT OBJECT = COLUMN NAME = "Q8_LONGITUDE" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 305 FORMAT = "F8.2" DESCRIPTION = "West longitude (deg., System III, deep interior rotation period). Q5 is the point of intersection of the optic axis with the picture body. Remaining Q-points define the perimeter of the IRIS field of view projected on the surface of the picture body." END_OBJECT OBJECT = COLUMN NAME = "Q9_LATITUDE" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 313 FORMAT = "F8.2" DESCRIPTION = "Planetographic latitude (deg). Q5 is point of intersection of optic axis with currently viewed picture body. Remaining Q-points define perimeter of IRIS field of view as projected on the surface of the picture body. 200.0 indicates point is the planet." END_OBJECT OBJECT = COLUMN NAME = "Q9_LONGITUDE" DATA_TYPE = ASCII_REAL BYTES = 8 START_BYTE = 321 FORMAT = "F8.2" DESCRIPTION = "West longitude (deg., System III, deep interior rotation period). Q5 is the point of intersection of the optic axis with the picture body. Remaining Q-points define the perimeter of the IRIS field of view projected on the surface of the picture body." END_OBJECT END_OBJECT END