PDS_VERSION_ID = PDS3
RECORD_TYPE = STREAM
FILE_RECORDS = 516
DATA_SET_ID = "MSL-M-RAD-3-RDR-V1.0"
STANDARD_DATA_PRODUCT_ID = "RAD_RDR"
PRODUCT_ID = "RAD_RDR_2013_154_16_44_0294_V00"
PRODUCT_TYPE = "DATA"
PRODUCT_CREATION_TIME = 2013-11-01T22:36:17
INSTRUMENT_HOST_NAME = "MARS SCIENCE LABORATORY"
INSTRUMENT_HOST_ID = "MSL"
MISSION_NAME = "MARS SCIENCE LABORATORY"
TARGET_NAME = "MARS"
TARGET_TYPE = "PLANET"
INSTRUMENT_NAME = "RADIATION ASSESSMENT DETECTOR"
INSTRUMENT_ID = "RAD"
PRODUCER_ID = "SRAFKIN"
PRODUCER_FULL_NAME = "SCOT RAFKIN"
START_TIME = 2013-154T16:44:41
STOP_TIME = "UNK"
SPACECRAFT_CLOCK_START_COUNT = "UNK"
SPACECRAFT_CLOCK_STOP_COUNT = "UNK"
NOTE = "
RAD_RDR_2013_154_16_44_0294_V00.TXT contains one sol's worth
of all observations taken from the Mars Science Laboratory Radiation
Assessment Detector (RAD) for the mission elapsed sol 294. This
file is in human readable ASCII form and the data have undergone
calibration and decompression from the binary MSL RAD EDR data."
DESCRIPTION = "
This file contains data from RAD_RDR: Radiation Assessment Detector
on the Mars Science Laboratory (MSL). There is one sol's worth of
observations where each observation can have four types of data:
(1) Counters, (2) Histograms, (3) Dosimetry, and (4) PHA data.
These data are organized in a hierarchical fashion in which some
observations may not have all four types. These are described in
the data object sections. For additional information and details
concerning data organization, science meaning, etc., please refer
to the Data Set Catalog, MSLRAD_RDR_DS.CAT.
"
/* For Observation 000 */
/* Counter Section */
/* L1 Counter */
^OBS000_L1_TABLE = ("RAD_RDR_2013_154_16_44_0294_V00.TXT",689 ❮BYTES❯)
OBJECT = OBS000_L1_TABLE
NAME = OBS_000_L1_COUNTER
ROWS = 36
^STRUCTURE = "L1_CNTR.FMT" /* Structure for L1 Counter tables */
END_OBJECT = OBS000_L1_TABLE
/* L2 Counter */
^OBS000_L2_TABLE =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",6035 ❮BYTES❯)
OBJECT = OBS000_L2_TABLE
NAME = OBS_000_L2_COUNTER
ROWS = 11
^STRUCTURE = "L2_CNTR.FMT" /* Structure for L2 Counter tables */
END_OBJECT = OBS000_L2_TABLE
/* Histogram Section */
/* Neutral D Histogram */
^OBS000_H_ND_EVC_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",8242 ❮BYTES❯)
OBJECT = OBS000_H_ND_EVC_ARRAY
NAME = OBS_000_H_ND_EVC
^STRUCTURE = "H_N_EVC.FMT" /* eV array for Neutral Histogrms */
END_OBJECT = OBS000_H_ND_EVC_ARRAY
^OBS000_H_ND_EVW_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",8868 ❮BYTES❯)
OBJECT = OBS000_H_ND_EVW_ARRAY
NAME = OBS_000_H_ND_EVW
^STRUCTURE = "H_N_EVW.FMT" /* eV array for Neutral Histogrms */
END_OBJECT = OBS000_H_ND_EVW_ARRAY
^OBS000_H_ND_CNT_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",10120 ❮BYTES❯)
OBJECT = OBS000_H_ND_CNT_ARRAY
NAME = OBS_000_H_ND_CNT
^STRUCTURE = "H_N_CNT.FMT" /* Cnt array for Neutral Histogrms */
END_OBJECT = OBS000_H_ND_CNT_ARRAY
/* Neutral E Histogram */
^OBS000_H_NE_EVC_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",10777 ❮BYTES❯)
OBJECT = OBS000_H_NE_EVC_ARRAY
NAME = OBS_000_H_NE_EVC
^STRUCTURE = "H_N_EVC.FMT" /* eV array for Neutral Histogrms */
END_OBJECT = OBS000_H_NE_EVC_ARRAY
^OBS000_H_NE_EVW_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",11403 ❮BYTES❯)
OBJECT = OBS000_H_NE_EVW_ARRAY
NAME = OBS_000_H_NE_EVW
^STRUCTURE = "H_N_EVW.FMT" /* eV array for Neutral Histogrms */
END_OBJECT = OBS000_H_NE_EVW_ARRAY
^OBS000_H_NE_CNT_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",12655 ❮BYTES❯)
OBJECT = OBS000_H_NE_CNT_ARRAY
NAME = OBS_000_H_NE_CNT
^STRUCTURE = "H_N_CNT.FMT" /* Cnt array for Neutral Histogrms */
END_OBJECT = OBS000_H_NE_CNT_ARRAY
/* Neutral D & E Histogram */
^OBS000_H_NDE_XC_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",13313 ❮BYTES❯)
OBJECT = OBS000_H_NDE_XC_ARRAY
NAME = OBS_000_H_NDE_XC
^STRUCTURE = "H_NDE_XC.FMT" /* For X part of N-DE Histograms */
END_OBJECT = OBS000_H_NDE_XC_ARRAY
^OBS000_H_NDE_XW_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",13451 ❮BYTES❯)
OBJECT = OBS000_H_NDE_XW_ARRAY
NAME = OBS_000_H_NDE_XW
^STRUCTURE = "H_NDE_XW.FMT" /* For X part of N-DE Histograms */
END_OBJECT = OBS000_H_NDE_XW_ARRAY
^OBS000_H_NDE_TABLE =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",13727 ❮BYTES❯)
OBJECT = OBS000_H_NDE_TABLE
NAME = OBS_000_H_NDE
ROWS = 8
^STRUCTURE = "H_NDE.FMT" /* For Y + 8x8 N-DE Histograms */
END_OBJECT = OBS000_H_NDE_TABLE
/* Dosimetry Section */
/* Total Dose B */
^OBS000_TOT_DOSE_B_ELEMENT =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",14962 ❮BYTES❯)
OBJECT = OBS000_TOT_DOSE_B_ELEMENT
NAME = OBS_000_TOT_DOSE_B
START_BYTE = 1
BYTES = 7
DATA_TYPE = ASCII_REAL
UNIT = "microGray / Hour"
DESCRIPTION = "
Dosimetry Total Dose B value
"
END_OBJECT = OBS000_TOT_DOSE_B_ELEMENT
/* Total Dose E */
^OBS000_TOT_DOSE_E_ELEMENT =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",15005 ❮BYTES❯)
OBJECT = OBS000_TOT_DOSE_E_ELEMENT
NAME = OBS_000_TOT_DOSE_E
START_BYTE = 1
BYTES = 7
DATA_TYPE = ASCII_REAL
UNIT = "microGray / Hour"
DESCRIPTION = "
Dosimetry Total Dose E value
"
END_OBJECT = OBS000_TOT_DOSE_E_ELEMENT
/* Dose LET B_A1 */
^OBS000_D_LET_B_A1_EVC_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",15044 ❮BYTES❯)
OBJECT = OBS000_D_LET_B_A1_EVC_ARRAY
NAME = OBS_000_D_LET_B_A1_EVC
^STRUCTURE = "D_LET_EVC.FMT" /* eV array for Dosimetry LET */
END_OBJECT = OBS000_D_LET_B_A1_EVC_ARRAY
^OBS000_D_LET_B_A1_EVW_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",15618 ❮BYTES❯)
OBJECT = OBS000_D_LET_B_A1_EVW_ARRAY
NAME = OBS_000_D_LET_B_A1_EVW
^STRUCTURE = "D_LET_EVW.FMT" /* eV array for Dosimetry LET */
END_OBJECT = OBS000_D_LET_B_A1_EVW_ARRAY
^OBS000_D_LET_B_A1_CNT_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",16766 ❮BYTES❯)
OBJECT = OBS000_D_LET_B_A1_CNT_ARRAY
NAME = OBS_000_D_LET_B_A1_CNT
^STRUCTURE = "D_LETCNT.FMT" /* Cnt array for Dosimetry LET */
END_OBJECT = OBS000_D_LET_B_A1_CNT_ARRAY
/* Dose LET B_A2 */
^OBS000_D_LET_B_A2_EVC_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",17370 ❮BYTES❯)
OBJECT = OBS000_D_LET_B_A2_EVC_ARRAY
NAME = OBS_000_D_LET_B_A2_EVC
^STRUCTURE = "D_LET_EVC.FMT" /* eV array for Dosimetry LET */
END_OBJECT = OBS000_D_LET_B_A2_EVC_ARRAY
^OBS000_D_LET_B_A2_EVW_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",17944 ❮BYTES❯)
OBJECT = OBS000_D_LET_B_A2_EVW_ARRAY
NAME = OBS_000_D_LET_B_A2_EVW
^STRUCTURE = "D_LET_EVW.FMT" /* eV array for Dosimetry LET */
END_OBJECT = OBS000_D_LET_B_A2_EVW_ARRAY
^OBS000_D_LET_B_A2_CNT_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",19092 ❮BYTES❯)
OBJECT = OBS000_D_LET_B_A2_CNT_ARRAY
NAME = OBS_000_D_LET_B_A2_CNT
^STRUCTURE = "D_LETCNT.FMT" /* Cnt array for Dosimetry LET */
END_OBJECT = OBS000_D_LET_B_A2_CNT_ARRAY
/* For Observation 001 */
/* Counter Section */
/* L1 Counter */
^OBS001_L1_TABLE =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",20226 ❮BYTES❯)
OBJECT = OBS001_L1_TABLE
NAME = OBS_001_L1_COUNTER
ROWS = 36
^STRUCTURE = "L1_CNTR.FMT" /* Structure for L1 Counter tables */
END_OBJECT = OBS001_L1_TABLE
/* L2 Counter */
^OBS001_L2_TABLE =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",25572 ❮BYTES❯)
OBJECT = OBS001_L2_TABLE
NAME = OBS_001_L2_COUNTER
ROWS = 11
^STRUCTURE = "L2_CNTR.FMT" /* Structure for L2 Counter tables */
END_OBJECT = OBS001_L2_TABLE
/* Histogram Section */
/* Neutral D Histogram */
^OBS001_H_ND_EVC_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",27779 ❮BYTES❯)
OBJECT = OBS001_H_ND_EVC_ARRAY
NAME = OBS_001_H_ND_EVC
^STRUCTURE = "H_N_EVC.FMT" /* eV array for Neutral Histogrms */
END_OBJECT = OBS001_H_ND_EVC_ARRAY
^OBS001_H_ND_EVW_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",28405 ❮BYTES❯)
OBJECT = OBS001_H_ND_EVW_ARRAY
NAME = OBS_001_H_ND_EVW
^STRUCTURE = "H_N_EVW.FMT" /* eV array for Neutral Histogrms */
END_OBJECT = OBS001_H_ND_EVW_ARRAY
^OBS001_H_ND_CNT_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",29657 ❮BYTES❯)
OBJECT = OBS001_H_ND_CNT_ARRAY
NAME = OBS_001_H_ND_CNT
^STRUCTURE = "H_N_CNT.FMT" /* Cnt array for Neutral Histogrms */
END_OBJECT = OBS001_H_ND_CNT_ARRAY
/* Neutral E Histogram */
^OBS001_H_NE_EVC_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",30314 ❮BYTES❯)
OBJECT = OBS001_H_NE_EVC_ARRAY
NAME = OBS_001_H_NE_EVC
^STRUCTURE = "H_N_EVC.FMT" /* eV array for Neutral Histogrms */
END_OBJECT = OBS001_H_NE_EVC_ARRAY
^OBS001_H_NE_EVW_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",30940 ❮BYTES❯)
OBJECT = OBS001_H_NE_EVW_ARRAY
NAME = OBS_001_H_NE_EVW
^STRUCTURE = "H_N_EVW.FMT" /* eV array for Neutral Histogrms */
END_OBJECT = OBS001_H_NE_EVW_ARRAY
^OBS001_H_NE_CNT_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",32192 ❮BYTES❯)
OBJECT = OBS001_H_NE_CNT_ARRAY
NAME = OBS_001_H_NE_CNT
^STRUCTURE = "H_N_CNT.FMT" /* Cnt array for Neutral Histogrms */
END_OBJECT = OBS001_H_NE_CNT_ARRAY
/* Neutral D & E Histogram */
^OBS001_H_NDE_XC_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",32850 ❮BYTES❯)
OBJECT = OBS001_H_NDE_XC_ARRAY
NAME = OBS_001_H_NDE_XC
^STRUCTURE = "H_NDE_XC.FMT" /* For X part of N-DE Histograms */
END_OBJECT = OBS001_H_NDE_XC_ARRAY
^OBS001_H_NDE_XW_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",32988 ❮BYTES❯)
OBJECT = OBS001_H_NDE_XW_ARRAY
NAME = OBS_001_H_NDE_XW
^STRUCTURE = "H_NDE_XW.FMT" /* For X part of N-DE Histograms */
END_OBJECT = OBS001_H_NDE_XW_ARRAY
^OBS001_H_NDE_TABLE =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",33264 ❮BYTES❯)
OBJECT = OBS001_H_NDE_TABLE
NAME = OBS_001_H_NDE
ROWS = 8
^STRUCTURE = "H_NDE.FMT" /* For Y + 8x8 N-DE Histograms */
END_OBJECT = OBS001_H_NDE_TABLE
/* Dosimetry Section */
/* Total Dose B */
^OBS001_TOT_DOSE_B_ELEMENT =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",34499 ❮BYTES❯)
OBJECT = OBS001_TOT_DOSE_B_ELEMENT
NAME = OBS_001_TOT_DOSE_B
START_BYTE = 1
BYTES = 7
DATA_TYPE = ASCII_REAL
UNIT = "microGray / Hour"
DESCRIPTION = "
Dosimetry Total Dose B value
"
END_OBJECT = OBS001_TOT_DOSE_B_ELEMENT
/* Total Dose E */
^OBS001_TOT_DOSE_E_ELEMENT =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",34542 ❮BYTES❯)
OBJECT = OBS001_TOT_DOSE_E_ELEMENT
NAME = OBS_001_TOT_DOSE_E
START_BYTE = 1
BYTES = 7
DATA_TYPE = ASCII_REAL
UNIT = "microGray / Hour"
DESCRIPTION = "
Dosimetry Total Dose E value
"
END_OBJECT = OBS001_TOT_DOSE_E_ELEMENT
/* Dose LET B_A1 */
^OBS001_D_LET_B_A1_EVC_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",34581 ❮BYTES❯)
OBJECT = OBS001_D_LET_B_A1_EVC_ARRAY
NAME = OBS_001_D_LET_B_A1_EVC
^STRUCTURE = "D_LET_EVC.FMT" /* eV array for Dosimetry LET */
END_OBJECT = OBS001_D_LET_B_A1_EVC_ARRAY
^OBS001_D_LET_B_A1_EVW_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",35155 ❮BYTES❯)
OBJECT = OBS001_D_LET_B_A1_EVW_ARRAY
NAME = OBS_001_D_LET_B_A1_EVW
^STRUCTURE = "D_LET_EVW.FMT" /* eV array for Dosimetry LET */
END_OBJECT = OBS001_D_LET_B_A1_EVW_ARRAY
^OBS001_D_LET_B_A1_CNT_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",36303 ❮BYTES❯)
OBJECT = OBS001_D_LET_B_A1_CNT_ARRAY
NAME = OBS_001_D_LET_B_A1_CNT
^STRUCTURE = "D_LETCNT.FMT" /* Cnt array for Dosimetry LET */
END_OBJECT = OBS001_D_LET_B_A1_CNT_ARRAY
/* Dose LET B_A2 */
^OBS001_D_LET_B_A2_EVC_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",36907 ❮BYTES❯)
OBJECT = OBS001_D_LET_B_A2_EVC_ARRAY
NAME = OBS_001_D_LET_B_A2_EVC
^STRUCTURE = "D_LET_EVC.FMT" /* eV array for Dosimetry LET */
END_OBJECT = OBS001_D_LET_B_A2_EVC_ARRAY
^OBS001_D_LET_B_A2_EVW_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",37481 ❮BYTES❯)
OBJECT = OBS001_D_LET_B_A2_EVW_ARRAY
NAME = OBS_001_D_LET_B_A2_EVW
^STRUCTURE = "D_LET_EVW.FMT" /* eV array for Dosimetry LET */
END_OBJECT = OBS001_D_LET_B_A2_EVW_ARRAY
^OBS001_D_LET_B_A2_CNT_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",38629 ❮BYTES❯)
OBJECT = OBS001_D_LET_B_A2_CNT_ARRAY
NAME = OBS_001_D_LET_B_A2_CNT
^STRUCTURE = "D_LETCNT.FMT" /* Cnt array for Dosimetry LET */
END_OBJECT = OBS001_D_LET_B_A2_CNT_ARRAY
/* For Observation 002 */
/* Counter Section */
/* L1 Counter */
^OBS002_L1_TABLE =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",39763 ❮BYTES❯)
OBJECT = OBS002_L1_TABLE
NAME = OBS_002_L1_COUNTER
ROWS = 36
^STRUCTURE = "L1_CNTR.FMT" /* Structure for L1 Counter tables */
END_OBJECT = OBS002_L1_TABLE
/* L2 Counter */
^OBS002_L2_TABLE =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",45109 ❮BYTES❯)
OBJECT = OBS002_L2_TABLE
NAME = OBS_002_L2_COUNTER
ROWS = 11
^STRUCTURE = "L2_CNTR.FMT" /* Structure for L2 Counter tables */
END_OBJECT = OBS002_L2_TABLE
/* Histogram Section */
/* Neutral D Histogram */
^OBS002_H_ND_EVC_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",47316 ❮BYTES❯)
OBJECT = OBS002_H_ND_EVC_ARRAY
NAME = OBS_002_H_ND_EVC
^STRUCTURE = "H_N_EVC.FMT" /* eV array for Neutral Histogrms */
END_OBJECT = OBS002_H_ND_EVC_ARRAY
^OBS002_H_ND_EVW_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",47942 ❮BYTES❯)
OBJECT = OBS002_H_ND_EVW_ARRAY
NAME = OBS_002_H_ND_EVW
^STRUCTURE = "H_N_EVW.FMT" /* eV array for Neutral Histogrms */
END_OBJECT = OBS002_H_ND_EVW_ARRAY
^OBS002_H_ND_CNT_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",49194 ❮BYTES❯)
OBJECT = OBS002_H_ND_CNT_ARRAY
NAME = OBS_002_H_ND_CNT
^STRUCTURE = "H_N_CNT.FMT" /* Cnt array for Neutral Histogrms */
END_OBJECT = OBS002_H_ND_CNT_ARRAY
/* Neutral E Histogram */
^OBS002_H_NE_EVC_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",49851 ❮BYTES❯)
OBJECT = OBS002_H_NE_EVC_ARRAY
NAME = OBS_002_H_NE_EVC
^STRUCTURE = "H_N_EVC.FMT" /* eV array for Neutral Histogrms */
END_OBJECT = OBS002_H_NE_EVC_ARRAY
^OBS002_H_NE_EVW_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",50477 ❮BYTES❯)
OBJECT = OBS002_H_NE_EVW_ARRAY
NAME = OBS_002_H_NE_EVW
^STRUCTURE = "H_N_EVW.FMT" /* eV array for Neutral Histogrms */
END_OBJECT = OBS002_H_NE_EVW_ARRAY
^OBS002_H_NE_CNT_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",51729 ❮BYTES❯)
OBJECT = OBS002_H_NE_CNT_ARRAY
NAME = OBS_002_H_NE_CNT
^STRUCTURE = "H_N_CNT.FMT" /* Cnt array for Neutral Histogrms */
END_OBJECT = OBS002_H_NE_CNT_ARRAY
/* Neutral D & E Histogram */
^OBS002_H_NDE_XC_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",52387 ❮BYTES❯)
OBJECT = OBS002_H_NDE_XC_ARRAY
NAME = OBS_002_H_NDE_XC
^STRUCTURE = "H_NDE_XC.FMT" /* For X part of N-DE Histograms */
END_OBJECT = OBS002_H_NDE_XC_ARRAY
^OBS002_H_NDE_XW_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",52525 ❮BYTES❯)
OBJECT = OBS002_H_NDE_XW_ARRAY
NAME = OBS_002_H_NDE_XW
^STRUCTURE = "H_NDE_XW.FMT" /* For X part of N-DE Histograms */
END_OBJECT = OBS002_H_NDE_XW_ARRAY
^OBS002_H_NDE_TABLE =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",52801 ❮BYTES❯)
OBJECT = OBS002_H_NDE_TABLE
NAME = OBS_002_H_NDE
ROWS = 8
^STRUCTURE = "H_NDE.FMT" /* For Y + 8x8 N-DE Histograms */
END_OBJECT = OBS002_H_NDE_TABLE
/* Dosimetry Section */
/* Total Dose B */
^OBS002_TOT_DOSE_B_ELEMENT =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",54036 ❮BYTES❯)
OBJECT = OBS002_TOT_DOSE_B_ELEMENT
NAME = OBS_002_TOT_DOSE_B
START_BYTE = 1
BYTES = 7
DATA_TYPE = ASCII_REAL
UNIT = "microGray / Hour"
DESCRIPTION = "
Dosimetry Total Dose B value
"
END_OBJECT = OBS002_TOT_DOSE_B_ELEMENT
/* Total Dose E */
^OBS002_TOT_DOSE_E_ELEMENT =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",54079 ❮BYTES❯)
OBJECT = OBS002_TOT_DOSE_E_ELEMENT
NAME = OBS_002_TOT_DOSE_E
START_BYTE = 1
BYTES = 7
DATA_TYPE = ASCII_REAL
UNIT = "microGray / Hour"
DESCRIPTION = "
Dosimetry Total Dose E value
"
END_OBJECT = OBS002_TOT_DOSE_E_ELEMENT
/* Dose LET B_A1 */
^OBS002_D_LET_B_A1_EVC_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",54118 ❮BYTES❯)
OBJECT = OBS002_D_LET_B_A1_EVC_ARRAY
NAME = OBS_002_D_LET_B_A1_EVC
^STRUCTURE = "D_LET_EVC.FMT" /* eV array for Dosimetry LET */
END_OBJECT = OBS002_D_LET_B_A1_EVC_ARRAY
^OBS002_D_LET_B_A1_EVW_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",54692 ❮BYTES❯)
OBJECT = OBS002_D_LET_B_A1_EVW_ARRAY
NAME = OBS_002_D_LET_B_A1_EVW
^STRUCTURE = "D_LET_EVW.FMT" /* eV array for Dosimetry LET */
END_OBJECT = OBS002_D_LET_B_A1_EVW_ARRAY
^OBS002_D_LET_B_A1_CNT_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",55840 ❮BYTES❯)
OBJECT = OBS002_D_LET_B_A1_CNT_ARRAY
NAME = OBS_002_D_LET_B_A1_CNT
^STRUCTURE = "D_LETCNT.FMT" /* Cnt array for Dosimetry LET */
END_OBJECT = OBS002_D_LET_B_A1_CNT_ARRAY
/* Dose LET B_A2 */
^OBS002_D_LET_B_A2_EVC_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",56444 ❮BYTES❯)
OBJECT = OBS002_D_LET_B_A2_EVC_ARRAY
NAME = OBS_002_D_LET_B_A2_EVC
^STRUCTURE = "D_LET_EVC.FMT" /* eV array for Dosimetry LET */
END_OBJECT = OBS002_D_LET_B_A2_EVC_ARRAY
^OBS002_D_LET_B_A2_EVW_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",57018 ❮BYTES❯)
OBJECT = OBS002_D_LET_B_A2_EVW_ARRAY
NAME = OBS_002_D_LET_B_A2_EVW
^STRUCTURE = "D_LET_EVW.FMT" /* eV array for Dosimetry LET */
END_OBJECT = OBS002_D_LET_B_A2_EVW_ARRAY
^OBS002_D_LET_B_A2_CNT_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",58166 ❮BYTES❯)
OBJECT = OBS002_D_LET_B_A2_CNT_ARRAY
NAME = OBS_002_D_LET_B_A2_CNT
^STRUCTURE = "D_LETCNT.FMT" /* Cnt array for Dosimetry LET */
END_OBJECT = OBS002_D_LET_B_A2_CNT_ARRAY
/* For Observation 003 */
/* Counter Section */
/* L1 Counter */
^OBS003_L1_TABLE =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",59300 ❮BYTES❯)
OBJECT = OBS003_L1_TABLE
NAME = OBS_003_L1_COUNTER
ROWS = 36
^STRUCTURE = "L1_CNTR.FMT" /* Structure for L1 Counter tables */
END_OBJECT = OBS003_L1_TABLE
/* L2 Counter */
^OBS003_L2_TABLE =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",64646 ❮BYTES❯)
OBJECT = OBS003_L2_TABLE
NAME = OBS_003_L2_COUNTER
ROWS = 11
^STRUCTURE = "L2_CNTR.FMT" /* Structure for L2 Counter tables */
END_OBJECT = OBS003_L2_TABLE
/* Histogram Section */
/* Neutral D Histogram */
^OBS003_H_ND_EVC_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",66853 ❮BYTES❯)
OBJECT = OBS003_H_ND_EVC_ARRAY
NAME = OBS_003_H_ND_EVC
^STRUCTURE = "H_N_EVC.FMT" /* eV array for Neutral Histogrms */
END_OBJECT = OBS003_H_ND_EVC_ARRAY
^OBS003_H_ND_EVW_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",67479 ❮BYTES❯)
OBJECT = OBS003_H_ND_EVW_ARRAY
NAME = OBS_003_H_ND_EVW
^STRUCTURE = "H_N_EVW.FMT" /* eV array for Neutral Histogrms */
END_OBJECT = OBS003_H_ND_EVW_ARRAY
^OBS003_H_ND_CNT_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",68731 ❮BYTES❯)
OBJECT = OBS003_H_ND_CNT_ARRAY
NAME = OBS_003_H_ND_CNT
^STRUCTURE = "H_N_CNT.FMT" /* Cnt array for Neutral Histogrms */
END_OBJECT = OBS003_H_ND_CNT_ARRAY
/* Neutral E Histogram */
^OBS003_H_NE_EVC_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",69388 ❮BYTES❯)
OBJECT = OBS003_H_NE_EVC_ARRAY
NAME = OBS_003_H_NE_EVC
^STRUCTURE = "H_N_EVC.FMT" /* eV array for Neutral Histogrms */
END_OBJECT = OBS003_H_NE_EVC_ARRAY
^OBS003_H_NE_EVW_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",70014 ❮BYTES❯)
OBJECT = OBS003_H_NE_EVW_ARRAY
NAME = OBS_003_H_NE_EVW
^STRUCTURE = "H_N_EVW.FMT" /* eV array for Neutral Histogrms */
END_OBJECT = OBS003_H_NE_EVW_ARRAY
^OBS003_H_NE_CNT_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",71266 ❮BYTES❯)
OBJECT = OBS003_H_NE_CNT_ARRAY
NAME = OBS_003_H_NE_CNT
^STRUCTURE = "H_N_CNT.FMT" /* Cnt array for Neutral Histogrms */
END_OBJECT = OBS003_H_NE_CNT_ARRAY
/* Neutral D & E Histogram */
^OBS003_H_NDE_XC_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",71924 ❮BYTES❯)
OBJECT = OBS003_H_NDE_XC_ARRAY
NAME = OBS_003_H_NDE_XC
^STRUCTURE = "H_NDE_XC.FMT" /* For X part of N-DE Histograms */
END_OBJECT = OBS003_H_NDE_XC_ARRAY
^OBS003_H_NDE_XW_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",72062 ❮BYTES❯)
OBJECT = OBS003_H_NDE_XW_ARRAY
NAME = OBS_003_H_NDE_XW
^STRUCTURE = "H_NDE_XW.FMT" /* For X part of N-DE Histograms */
END_OBJECT = OBS003_H_NDE_XW_ARRAY
^OBS003_H_NDE_TABLE =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",72338 ❮BYTES❯)
OBJECT = OBS003_H_NDE_TABLE
NAME = OBS_003_H_NDE
ROWS = 8
^STRUCTURE = "H_NDE.FMT" /* For Y + 8x8 N-DE Histograms */
END_OBJECT = OBS003_H_NDE_TABLE
/* Dosimetry Section */
/* Total Dose B */
^OBS003_TOT_DOSE_B_ELEMENT =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",73573 ❮BYTES❯)
OBJECT = OBS003_TOT_DOSE_B_ELEMENT
NAME = OBS_003_TOT_DOSE_B
START_BYTE = 1
BYTES = 7
DATA_TYPE = ASCII_REAL
UNIT = "microGray / Hour"
DESCRIPTION = "
Dosimetry Total Dose B value
"
END_OBJECT = OBS003_TOT_DOSE_B_ELEMENT
/* Total Dose E */
^OBS003_TOT_DOSE_E_ELEMENT =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",73616 ❮BYTES❯)
OBJECT = OBS003_TOT_DOSE_E_ELEMENT
NAME = OBS_003_TOT_DOSE_E
START_BYTE = 1
BYTES = 7
DATA_TYPE = ASCII_REAL
UNIT = "microGray / Hour"
DESCRIPTION = "
Dosimetry Total Dose E value
"
END_OBJECT = OBS003_TOT_DOSE_E_ELEMENT
/* Dose LET B_A1 */
^OBS003_D_LET_B_A1_EVC_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",73655 ❮BYTES❯)
OBJECT = OBS003_D_LET_B_A1_EVC_ARRAY
NAME = OBS_003_D_LET_B_A1_EVC
^STRUCTURE = "D_LET_EVC.FMT" /* eV array for Dosimetry LET */
END_OBJECT = OBS003_D_LET_B_A1_EVC_ARRAY
^OBS003_D_LET_B_A1_EVW_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",74229 ❮BYTES❯)
OBJECT = OBS003_D_LET_B_A1_EVW_ARRAY
NAME = OBS_003_D_LET_B_A1_EVW
^STRUCTURE = "D_LET_EVW.FMT" /* eV array for Dosimetry LET */
END_OBJECT = OBS003_D_LET_B_A1_EVW_ARRAY
^OBS003_D_LET_B_A1_CNT_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",75377 ❮BYTES❯)
OBJECT = OBS003_D_LET_B_A1_CNT_ARRAY
NAME = OBS_003_D_LET_B_A1_CNT
^STRUCTURE = "D_LETCNT.FMT" /* Cnt array for Dosimetry LET */
END_OBJECT = OBS003_D_LET_B_A1_CNT_ARRAY
/* Dose LET B_A2 */
^OBS003_D_LET_B_A2_EVC_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",75981 ❮BYTES❯)
OBJECT = OBS003_D_LET_B_A2_EVC_ARRAY
NAME = OBS_003_D_LET_B_A2_EVC
^STRUCTURE = "D_LET_EVC.FMT" /* eV array for Dosimetry LET */
END_OBJECT = OBS003_D_LET_B_A2_EVC_ARRAY
^OBS003_D_LET_B_A2_EVW_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",76555 ❮BYTES❯)
OBJECT = OBS003_D_LET_B_A2_EVW_ARRAY
NAME = OBS_003_D_LET_B_A2_EVW
^STRUCTURE = "D_LET_EVW.FMT" /* eV array for Dosimetry LET */
END_OBJECT = OBS003_D_LET_B_A2_EVW_ARRAY
^OBS003_D_LET_B_A2_CNT_ARRAY =
("RAD_RDR_2013_154_16_44_0294_V00.TXT",77703 ❮BYTES❯)
OBJECT = OBS003_D_LET_B_A2_CNT_ARRAY
NAME = OBS_003_D_LET_B_A2_CNT
^STRUCTURE = "D_LETCNT.FMT" /* Cnt array for Dosimetry LET */
END_OBJECT = OBS003_D_LET_B_A2_CNT_ARRAY
END
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