PDS_VERSION_ID = PDS3 RECORD_TYPE = STREAM FILE_RECORDS = 480 START_TIME = 2006-320T00:00 STOP_TIME = 2006-340T00:00 SPACECRAFT_CLOCK_START_COUNT = "1/1542328337:157" SPACECRAFT_CLOCK_STOP_COUNT = "1/1544056348:145" ^HEADER = ("CPHAFLX0_T2_OPP_2006320_2006340_01.CSV", 1 ) ^SPREADSHEET = ("CPHAFLX0_T2_OPP_2006320_2006340_01.CSV", 1822 ) MD5_CHECKSUM = "337be62fe8f13230afd630dd76af88ea" PRODUCT_TYPE = "DATA" DATA_SET_ID = "CO-S-MIMI-4-CHEMS-CALIB-V1.0" PRODUCT_ID = CPHAFLX0_T2_OPP_2006320_2006340 STANDARD_DATA_PRODUCT_ID = CHEMS_PHAFLUXAV_OPP PRODUCT_VERSION_ID = "01" INSTRUMENT_HOST_NAME = "CASSINI ORBITER" INSTRUMENT_HOST_ID = CO TARGET_NAME = SATURN INSTRUMENT_NAME = "MAGNETOSPHERIC IMAGING INSTRUMENT" INSTRUMENT_ID = MIMI PRODUCT_CREATION_TIME = 2013-059T14:55:31 DESCRIPTION = "CHEMS 1-hour average PHA flux values in 20 day files Arrangement of these files is made to match other PDS data files for MIMI. Not all elements in the standard format are filled out in these CHEMS files. For example, the header rows that describe the data have not been filled out, but are just empty (this includes valid_min, valid_max, min, max, mean, stdev)." OBJECT = HEADER RECORDS = 1 BYTES = 1821 HEADER_TYPE = SPREADSHEET DESCRIPTION = "column names for the fields; note that the spacecraft position is in the SZS frame" END_OBJECT = HEADER OBJECT = SPREADSHEET FIELDS = 84 FIELD_DELIMITER = COMMA ROW_BYTES = 766 ROWS = 480 OBJECT = FIELD NAME = "Purpose" DATA_TYPE = "CHARACTER" FIELD_NUMBER = 1 BYTES = 3 DESCRIPTION = "indicates that this row contains science data" END_OBJECT = FIELD OBJECT = FIELD NAME = "UTC" DATA_TYPE = "TIME" FIELD_NUMBER = 2 BYTES = 21 DESCRIPTION = "midpoint time of the averaging interval as a UTC string in ISO 8601 format" END_OBJECT = FIELD OBJECT = FIELD NAME = "SCLOCK" DATA_TYPE = "TIME" FIELD_NUMBER = 3 BYTES = 16 DESCRIPTION = "midpoint time of the averaging interval as a spacecraft clock string; SCLOCK values are recorded as P/NNNNNNNNNN.FFF where P is the partition number, NNNNNNNNNN is roughly the number of seconds since the start of the partition, and FFF is the number of ticks. Each tick is roughly 1/256 of a second." END_OBJECT = FIELD OBJECT = FIELD NAME = "Start_Ephemeris_s" UNIT = "SECONDS" DATA_TYPE = "TIME" FIELD_NUMBER = 4 BYTES = 22 DESCRIPTION = "start time of the averaging interval in ephemeris time (TDB seconds past the J2000 epoch)" END_OBJECT = FIELD OBJECT = FIELD NAME = "End_Ephemeris_s" UNIT = "SECONDS" DATA_TYPE = "TIME" FIELD_NUMBER = 5 BYTES = 22 DESCRIPTION = "end time of the averaging interval in ephemeris time (TDB seconds past the J2000 epoch)" END_OBJECT = FIELD OBJECT = FIELD NAME = "Spin_Counter" UNIT = "N/A" DATA_TYPE = "N/A" FIELD_NUMBER = 6 BYTES = 3 DESCRIPTION = "unused field in this file" END_OBJECT = FIELD OBJECT = FIELD NAME = "Sector" UNIT = "N/A" DATA_TYPE = "N/A" FIELD_NUMBER = 7 BYTES = 3 DESCRIPTION = "unused field in this file" END_OBJECT = FIELD OBJECT = FIELD NAME = "Start_Sector_Sclock_major" UNIT = "N/A" DATA_TYPE = "N/A" FIELD_NUMBER = 8 BYTES = 3 DESCRIPTION = "unused field in this file" END_OBJECT = FIELD OBJECT = FIELD NAME = "Subsector" UNIT = "N/A" DATA_TYPE = "N/A" FIELD_NUMBER = 9 BYTES = 3 DESCRIPTION = "unused field in this file" END_OBJECT = FIELD OBJECT = FIELD NAME = "Microsectors_Covered" UNIT = "N/A" DATA_TYPE = "N/A" FIELD_NUMBER = 10 BYTES = 3 DESCRIPTION = "unused field in this file" END_OBJECT = FIELD OBJECT = FIELD NAME = "Spin_Period_s" UNIT = "N/A" DATA_TYPE = "N/A" FIELD_NUMBER = 11 BYTES = 3 DESCRIPTION = "unused field in this file" END_OBJECT = FIELD OBJECT = FIELD NAME = "Staring" UNIT = "N/A" DATA_TYPE = "N/A" FIELD_NUMBER = 12 BYTES = 3 DESCRIPTION = "unused field in this file" END_OBJECT = FIELD OBJECT = FIELD NAME = "Sensor_Bitrate" UNIT = "N/A" DATA_TYPE = "N/A" FIELD_NUMBER = 13 BYTES = 3 DESCRIPTION = "unused field in this file" END_OBJECT = FIELD OBJECT = FIELD NAME = "Start" UNIT = "MINUTES" DATA_TYPE = "TIME" FIELD_NUMBER = 14 BYTES = 14 DESCRIPTION = "start time of hour-long average" END_OBJECT = FIELD OBJECT = FIELD NAME = "Stop" UNIT = "MINUTES" DATA_TYPE = "TIME" FIELD_NUMBER = 15 BYTES = 14 DESCRIPTION = "end time of hour-long average" END_OBJECT = FIELD OBJECT = FIELD NAME = "Year" UNIT = "YEARS" DATA_TYPE = "TIME" FIELD_NUMBER = 16 BYTES = 4 END_OBJECT = FIELD OBJECT = FIELD NAME = "Ave_doy" UNIT = "DAYS" DATA_TYPE = "TIME" FIELD_NUMBER = 17 BYTES = 8 DESCRIPTION = "midpoint of the hour-long averaging interval expressed as a fractional day of year" END_OBJECT = FIELD OBJECT = FIELD NAME = "Radial_Distance" UNIT = "RS" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 18 BYTES = 8 DESCRIPTION = "position of Cassini at midpoint of interval in Saturn radii, where 1 RS = 60268 km" END_OBJECT = FIELD OBJECT = FIELD NAME = "Latitude" UNIT = "DEGREES" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 19 BYTES = 7 DESCRIPTION = "latitude of Cassini at midpoint of measurement in the SZS (Saturn Equatorial System) frame" END_OBJECT = FIELD OBJECT = FIELD NAME = "Local_Time" UNIT = "HOURS" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 20 BYTES = 6 DESCRIPTION = "local time of Cassini at the midpoint of the measurement given in hours and in the SZS system" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_0" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 21 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 0; energy bandwidth for this step is 2.77 to 2.85 keV/Q (5.54 to 5.70 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_0_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 22 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_1" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 23 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 1; energy bandwidth for this step is 3.24 to 3.34 keV/Q (6.48 to 6.68 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_1_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 24 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_2" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 25 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 2; energy bandwidth for this step is 3.72 to 3.84 keV/Q (7.45 to 7.67 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_2_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 26 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_3" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 27 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 3; energy bandwidth for this step is 4.33 to 4.47 keV/Q (8.67 to 8.93 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_3_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 28 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_4" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 29 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 4; energy bandwidth for this step is 4.97 to 5.13 keV/Q (9.95 to 10.25 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_4_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 30 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_5" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 31 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 5; energy bandwidth for this step is 5.77 to 5.95 keV/Q (11.54 to 11.90 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_5_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 32 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_6" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 33 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 6; energy bandwidth for this step is 6.65 to 6.85 keV/Q (13.30 to 13.70 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_6_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 34 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_7" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 35 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 7; energy bandwidth for this step is 7.69 to 7.93 keV/Q (15.39 to 15.85 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_7_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 36 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_8" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 37 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 8; energy bandwidth for this step is 8.79 to 9.05 keV/Q (17.57 to 18.11 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_8_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 38 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_9" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 39 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 9; energy bandwidth for this step is 10.15 to 10.45 keV/Q (20.29 to 20.91 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_9_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 40 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_10" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 41 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 10; energy bandwidth for this step is 11.62 to 11.98 keV/Q (23.25 to 23.95 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_10_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 42 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_11" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 43 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 11; energy bandwidth for this step is 13.40 to 13.80 keV/Q (26.79 to 27.61 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_11_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 44 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_12" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 45 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 12; energy bandwidth for this step is 15.46 to 15.94 keV/Q (30.93 to 31.87 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_12_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 46 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_13" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 47 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 13; energy bandwidth for this step is 17.83 to 18.37 keV/Q (35.66 to 36.74 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_13_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 48 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_14" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 49 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 14; energy bandwidth for this step is 20.49 to 21.11 keV/Q (40.98 to 42.22 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_14_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 50 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_15" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 51 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 15; energy bandwidth for this step is 23.54 to 24.26 keV/Q (47.08 to 48.52 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_15_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 52 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_16" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 53 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 16; energy bandwidth for this step is 26.99 to 27.81 keV/Q (53.98 to 55.62 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_16_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 54 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_17" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 55 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 17; energy bandwidth for this step is 31.03 to 31.97 keV/Q (62.06 to 63.94 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_17_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 56 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_18" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 57 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 18; energy bandwidth for this step is 35.66 to 36.74 keV/Q (71.31 to 73.49 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_18_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 58 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_19" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 59 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 19; energy bandwidth for this step is 40.98 to 42.22 keV/Q (81.95 to 84.45 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_19_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 60 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_20" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 61 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 20; energy bandwidth for this step is 47.08 to 48.52 keV/Q (94.17 to 97.03 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_20_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 62 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_21" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 63 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 21; energy bandwidth for this step is 54.08 to 55.72 keV/Q (108.15 to 111.45 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_21_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 64 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_22" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 65 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 22; energy bandwidth for this step is 62.25 to 64.15 keV/Q (124.50 to 128.30 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_22_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 66 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_23" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 67 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 23; energy bandwidth for this step is 71.51 to 73.69 keV/Q (143.02 to 147.38 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_23_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 68 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_24" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 69 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 24; energy bandwidth for this step is 82.15 to 84.65 keV/Q (164.30 to 169.30 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_24_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 70 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_25" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 71 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 25; energy bandwidth for this step is 94.46 to 97.34 keV/Q (188.92 to 194.68 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_25_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 72 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_26" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 73 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 26; energy bandwidth for this step is 108.45 to 111.75 keV/Q (216.90 to 223.50 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_26_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 74 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_27" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 75 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 27; energy bandwidth for this step is 124.70 to 128.50 keV/Q (249.40 to 257.00 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_27_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 76 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_28" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 77 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 28; energy bandwidth for this step is 143.12 to 147.48 keV/Q (286.24 to 294.96 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_28_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 78 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_29" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 79 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 29; energy bandwidth for this step is 164.40 to 169.40 keV/Q (328.79 to 338.81 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_29_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 80 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_30" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 81 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 30; energy bandwidth for this step is 188.73 to 194.47 keV/Q (377.45 to 388.95 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_30_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 82 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_31" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 83 BYTES = 10 DESCRIPTION = "intensity of O++ ions at DPPS step 31; energy bandwidth for this step is 216.90 to 223.50 keV/Q (433.79 to 447.01 as just keV)" END_OBJECT = FIELD OBJECT = FIELD NAME = "O++Flux_31_sigma" UNIT = "counts/sec/ster/cm^2/keV" DATA_TYPE = "ASCII_REAL" FIELD_NUMBER = 84 BYTES = 10 DESCRIPTION = "uncertainty in particle intensity" END_OBJECT = FIELD END_OBJECT = SPREADSHEET END