urn:nasa:pds:mars2020_rimfax:document:rimfax_calibrated_data_catalog
9.0
Mars 2020 Radar Imager for Mars' subsurFace eXperiment (RIMFAX) Calibrated Data Catalog
1.16.0.0
Product_Ancillary
Sullivan, M.; Russell, P.
2024
RIMFAX Calibrated Data Catalog
2024-02-28
9.0
PDS Release Version
2023-10-16
8.0
PDS Release Version
2023-06-23
7.0
PDS Release Version
2023-02-25
6.0
PDS Release 6 Version
2022-09-29
5.0
PDS Release 5 Version
2022-07-22
4.0
PDS Release 4 Version
2022-03-22
3.0
PDS Release 3 Version
2022-06-23
2.0
PDS Release 2 Version
2022-03-06
1.0
PDS Release 1 Version
Mars 2020
Mission
urn:nasa:pds:context:investigation:mission.mars2020
ancillary_to_investigation
Mars 2020
Mars 2020
Host
urn:nasa:pds:context:instrument_host:spacecraft.mars2020
is_instrument_host
Radar Imager for Mars Subsurface Experiment (RIMFAX)
Instrument
urn:nasa:pds:context:instrument:mars2020.rimfax
is_instrument
Mars
Planet
urn:nasa:pds:context:target:planet.mars
ancillary_to_target
rimfax_calibrated_data_catalog.csv
rimfax_calibrated_data_catalog_file
Column Headings
column_headings
0
3083
7-Bit ASCII Text
The first line in the file contains column headings.
RIMFAX Calibrated Data Catalog
rimfax_calibrated_data_catalog_table
3083
PDS DSV 1
The RIMFAX Calibrated Data Catalog is a CSV-format text file that contains select information
from and about the calibrated data products. The purpose of this catalog is to
collect in one location characteristics and ranges of data type, content, amount, collection mode,
timing, and other attributes, so that the user may obtain an overview of the entire RIMFAX dataset
or a particular sol-range or parameter(s) of interest by scanning a single file, digitally or
manually. This will hopefully assist the user in narrowing the files they wish to open or query for
their own specific purposes. The first row is a header row. Each subsequent row contains the
summary values of one calibrated data product (and therefore of a single Sol).
324
Carriage-Return Line-Feed
Comma
172
0
catalog_record_number
1
ASCII_String
Catalog table record number
sol
2
ASCII_String
M2020 Perseverance mission Sol covered by data in CDR
cdr_filename
3
ASCII_String
Name of the CDR file
n_cdr_records
4
ASCII_String
Number of CDR Table Records (excluding header row)
n_cdr_columns
5
ASCII_String
Number of CDR Table Columns, including both Parameters and Data Samples
record_type_0
6
ASCII_String
Number of records of record_type 0 - Active Sounding Measurement
record_type_1
7
ASCII_String
Number of records of record_type 1 - Passive Radiometry Measurement
record_type_5
8
ASCII_String
Number of records of record_type 5 - Housekeeping Measurement
record_type_8
9
ASCII_String
Number of records of record_type 8 - Calibration Array
utc_min
10
ASCII_String
Minimum value of utc - Universal Time Coordinated (YYYY-MM-DDTHH:MM:SS.SSS)
utc_max
11
ASCII_String
Maximum value of utc - Universal Time Coordinated (YYYY-MM-DDTHH:MM:SS.SSS)
jdate_min
12
ASCII_String
Minimum value of jdate - Julian date (days)
jdate_max
13
ASCII_String
Maximum value of jdate - Julian date (days)
doy_min
14
ASCII_String
Minimum value of doy - Day of Earth year (days)
doy_max
15
ASCII_String
Maximum value of doy - Day of Earth year (days)
year_min
16
ASCII_String
Minimum value of year - Earth year (years)
year_max
17
ASCII_String
Maximum value of year - Earth year (years)
local_mean_solar_time_start
18
ASCII_String
First-record value of local_mean_solar_time - Local mean solar time (LMST) (HH:MM:SS.SSS [Mars])
local_mean_solar_time_stop
19
ASCII_String
Last-record value of local_mean_solar_time - Local mean solar time (LMST) (HH:MM:SS.SSS [Mars])
local_true_solar_time_start
20
ASCII_String
First-record value of local_true_solar_time - Local true solar time (LTST) (HH:MM:SS [Mars])
local_true_solar_time_stop
21
ASCII_String
Last-record value of local_true_solar_time - Local true solar time (LTST) (HH:MM:SS [Mars])
sol_min
22
ASCII_String
Minimum value of sol - Sol of the Mars 2020 Perseverance mission [Landing Sol 0 was on Feb 18, 2021] (sols)
sol_max
23
ASCII_String
Maximum value of sol - Sol of the Mars 2020 Perseverance mission [Landing Sol 0 was on Feb 18, 2021] (sols)
ls_start
24
ASCII_String
First-record value of ls - Solar longitude, measured from northern spring equinox = 0 (deg Ls)
ls_stop
25
ASCII_String
Last-record value of ls - Solar longitude, measured from northern spring equinox = 0 (deg Ls)
ls_min
26
ASCII_String
Minimum value of ls - Solar longitude, measured from northern spring equinox = 0 (deg Ls)
ls_max
27
ASCII_String
Maximum value of ls - Solar longitude, measured from northern spring equinox = 0 (deg Ls)
mars_year_min
28
ASCII_String
Minimum value of mars_year - Mars year [April 11, 1955 = start of Year 1 OR May 24, 1953 = start of Year 0] (years [Mars])
mars_year_max
29
ASCII_String
Maximum value of mars_year - Mars year [April 11, 1955 = start of Year 1 OR May 24, 1953 = start of Year 0] (years [Mars])
sclk_min
30
ASCII_String
Minimum value of sclk - System time in SCLK seconds [Time 0 = midnight on Jan 1, 1980] (s)
sclk_max
31
ASCII_String
Maximum value of sclk - System time in SCLK seconds [Time 0 = midnight on Jan 1, 1980] (s)
sun_lat_min
32
ASCII_String
Minimum value of sun_lat - [Planetocentric] Sub-solar latitude (deg)
sun_lat_max
33
ASCII_String
Maximum value of sun_lat - [Planetocentric] Sub-solar latitude (deg)
sun_lon_start
34
ASCII_String
First-record value of sun_lon - [Planetocentric East] Sub-solar longitude (deg)
sun_lon_stop
35
ASCII_String
Last-record value of sun_lon - [Planetocentric East] Sub-solar longitude (deg)
sun_lon_min
36
ASCII_String
Minimum value of sun_lon - [Planetocentric East] Sub-solar longitude (deg)
sun_lon_max
37
ASCII_String
Maximum value of sun_lon - [Planetocentric East] Sub-solar longitude (deg)
sun_dist_min
38
ASCII_String
Minimum value of sun_dist - Distance between sun and Mars centers (AU)
sun_dist_max
39
ASCII_String
Maximum value of sun_dist - Distance between sun and Mars centers (AU)
sun_inc_min
40
ASCII_String
Minimum value of sun_inc - Incidence angle of sun with respect to the normal to the local ellipsoid surface, measured from Zenith = 0 (deg)
sun_inc_max
41
ASCII_String
Maximum value of sun_inc - Incidence angle of sun with respect to the normal to the local ellipsoid surface, measured from Zenith = 0 (deg)
sun_az_start
42
ASCII_String
First-record value of sun_az - Azimuth direction of sun within the gravity-normal plane, measured clockwise from North = 0 (deg)
sun_az_stop
43
ASCII_String
Last-record value of sun_az - Azimuth direction of sun within the gravity-normal plane, measured clockwise from North = 0 (deg)
sun_az_min
44
ASCII_String
Minimum value of sun_az - Azimuth direction of sun within the gravity-normal plane, measured clockwise from North = 0 (deg)
sun_az_max
45
ASCII_String
Maximum value of sun_az - Azimuth direction of sun within the gravity-normal plane, measured clockwise from North = 0 (deg)
ant_lat_min
46
ASCII_String
Minimum value of ant_lat - [Planetocentric] Latitude of RIMFAX antenna frame origin (deg)
ant_lat_max
47
ASCII_String
Maximum value of ant_lat - [Planetocentric] Latitude of RIMFAX antenna frame origin (deg)
ant_lon_min
48
ASCII_String
Minimum value of ant_lon - [Planetocentric East] Longitude of RIMFAX antenna frame origin (deg)
ant_lon_max
49
ASCII_String
Maximum value of ant_lon - [Planetocentric East] Longitude of RIMFAX antenna frame origin (deg)
ant_elev_min
50
ASCII_String
Minimum value of ant_elev - [Geodetic] Elevation of RIMFAX antenna frame origin (m)
ant_elev_max
51
ASCII_String
Maximum value of ant_elev - [Geodetic] Elevation of RIMFAX antenna frame origin (m)
ant_az_min
52
ASCII_String
Minimum value of ant_az - Azimuth angle of antenna: Angle between North and the projection of the antenna +X (forwards) axis onto the gravity-normal plane (ie, angle of rotation of the antenna around the gravity vector), measured clockwise from North = 0. (deg)
ant_az_max
53
ASCII_String
Maximum value of ant_az - Azimuth angle of antenna: Angle between North and the projection of the antenna +X (forwards) axis onto the gravity-normal plane (ie, angle of rotation of the antenna around the gravity vector), measured clockwise from North = 0. (deg)
ant_pitch_min
54
ASCII_String
Minimum value of ant_pitch - Pitch angle of antenna: Angle between the antenna +X (forwards) axis and its projection onto the gravity-normal plane (ie, rotation around the antenna +Y (right-wards) axis as projected onto the gravity-normal plane). Measured in the right-hand sense, from Horizontal = 0. Pitch >0 when front of antenna is pointing up, above horizontal. (deg)
ant_pitch_max
55
ASCII_String
Maximum value of ant_pitch - Pitch angle of antenna: Angle between the antenna +X (forwards) axis and its projection onto the gravity-normal plane (ie, rotation around the antenna +Y (right-wards) axis as projected onto the gravity-normal plane). Measured in the right-hand sense, from Horizontal = 0. Pitch >0 when front of antenna is pointing up, above horizontal. (deg)
ant_roll_min
56
ASCII_String
Minimum value of ant_roll - Roll angle of antenna: Angle between the antenna +Y (right-wards) axis and the gravity-normal plane, as measured within the antenna's YZ plane (ie, rotation around the antenna +X (forward) axis). Measured in the right-hand sense, from Horizontal = 0. Roll > 0 when right of antenna is pointing down, below horizontal. (deg)
ant_roll_max
57
ASCII_String
Maximum value of ant_roll - Roll angle of antenna: Angle between the antenna +Y (right-wards) axis and the gravity-normal plane, as measured within the antenna's YZ plane (ie, rotation around the antenna +X (forward) axis). Measured in the right-hand sense, from Horizontal = 0. Roll > 0 when right of antenna is pointing down, below horizontal. (deg)
ant_tilt_min
58
ASCII_String
Minimum value of ant_tilt - Tilt angle of antenna: Angle between the antenna's maximum tilt vector and its projection onto the gravity-normal plane; measured from Horizontal = 0. (deg)
ant_tilt_max
59
ASCII_String
Maximum value of ant_tilt - Tilt angle of antenna: Angle between the antenna's maximum tilt vector and its projection onto the gravity-normal plane; measured from Horizontal = 0. (deg)
ant_tiltaz_min
60
ASCII_String
Minimum value of ant_tiltaz - Tilt-azimuth angle of antenna: Angle between North and the projection of the antenna's maximum tilt vector onto the gravity-normal plane; measured clockwise from North = 0. (deg)
ant_tiltaz_max
61
ASCII_String
Maximum value of ant_tiltaz - Tilt-azimuth angle of antenna: Angle between North and the projection of the antenna's maximum tilt vector onto the gravity-normal plane; measured clockwise from North = 0. (deg)
rover_lat_min
62
ASCII_String
Minimum value of rover_lat - [Planetocentric] Latitude of rover RNAV frame origin (deg)
rover_lat_max
63
ASCII_String
Maximum value of rover_lat - [Planetocentric] Latitude of rover RNAV frame origin (deg)
rover_lon_min
64
ASCII_String
Minimum value of rover_lon - [Planetocentric East] Longitude of rover RNAV frame origin (deg)
rover_lon_max
65
ASCII_String
Maximum value of rover_lon - [Planetocentric East] Longitude of rover RNAV frame origin (deg)
rover_rad_min
66
ASCII_String
Minimum value of rover_rad - [Planetocentric] Distance from center of Mars to RNAV frame origin (km)
rover_rad_max
67
ASCII_String
Maximum value of rover_rad - [Planetocentric] Distance from center of Mars to RNAV frame origin (km)
rover_lat_geodetic_min
68
ASCII_String
Minimum value of rover_lat_geodetic - [Geodetic] Latitude of rover RNAV frame origin (deg)
rover_lat_geodetic_max
69
ASCII_String
Maximum value of rover_lat_geodetic - [Geodetic] Latitude of rover RNAV frame origin (deg)
rover_elev_min
70
ASCII_String
Minimum value of rover_elev - [Geodetic] Elevation of rover RNAV frame origin (m)
rover_elev_max
71
ASCII_String
Maximum value of rover_elev - [Geodetic] Elevation of rover RNAV frame origin (m)
rover_sapp_quality_min
72
ASCII_String
Minimum value of rover_sapp_quality - Surface Attitude, Position, and Pointing (SAPP) quality flag
rover_sapp_quality_max
73
ASCII_String
Maximum value of rover_sapp_quality - Surface Attitude, Position, and Pointing (SAPP) quality flag
rover_left_bogie_min
74
ASCII_String
Minimum value of rover_left_bogie - Angle of left bogie joint (rad)
rover_left_bogie_max
75
ASCII_String
Maximum value of rover_left_bogie - Angle of left bogie joint (rad)
rover_right_bogie_min
76
ASCII_String
Minimum value of rover_right_bogie - Angle of right bogie joint (rad)
rover_right_bogie_max
77
ASCII_String
Maximum value of rover_right_bogie - Angle of right bogie joint (rad)
rover_left_differential_min
78
ASCII_String
Minimum value of rover_left_differential - Angle of left differential joint (rad)
rover_left_differential_max
79
ASCII_String
Maximum value of rover_left_differential - Angle of left differential joint (rad)
rover_right_differential_min
80
ASCII_String
Minimum value of rover_right_differential - Angle of right differential joint (rad)
rover_right_differential_max
81
ASCII_String
Maximum value of rover_right_differential - Angle of right differential joint (rad)
rover_steer_lf_min
82
ASCII_String
Minimum value of rover_steer_lf - Steer angle of left-front wheel (rad)
rover_steer_lf_max
83
ASCII_String
Maximum value of rover_steer_lf - Steer angle of left-front wheel (rad)
rover_steer_lr_min
84
ASCII_String
Minimum value of rover_steer_lr - Steer angle of left-rear wheel (rad)
rover_steer_lr_max
85
ASCII_String
Maximum value of rover_steer_lr - Steer angle of left-rear wheel (rad)
rover_steer_rf_min
86
ASCII_String
Minimum value of rover_steer_rf - Steer angle of right-front wheel (rad)
rover_steer_rf_max
87
ASCII_String
Maximum value of rover_steer_rf - Steer angle of right-front wheel (rad)
rover_steer_rr_min
88
ASCII_String
Minimum value of rover_steer_rr - Steer angle of right-rear wheel (rad)
rover_steer_rr_max
89
ASCII_String
Maximum value of rover_steer_rr - Steer angle of right-rear wheel (rad)
system_rmc_site_min
90
ASCII_String
Minimum value of system_rmc_site - Site rover motion counter (RMC 1)
system_rmc_site_max
91
ASCII_String
Maximum value of system_rmc_site - Site rover motion counter (RMC 1)
system_rmc_drive_min
92
ASCII_String
Minimum value of system_rmc_drive - Drive rover motion counter (RMC 2)
system_rmc_drive_max
93
ASCII_String
Maximum value of system_rmc_drive - Drive rover motion counter (RMC 2)
system_rmc_pose_min
94
ASCII_String
Minimum value of system_rmc_pose - Pose rover motion counter (RMC 3)
system_rmc_pose_max
95
ASCII_String
Maximum value of system_rmc_pose - Pose rover motion counter (RMC 3)
system_rmc_arm_min
96
ASCII_String
Minimum value of system_rmc_arm - Arm rover motion counter (RMC 4)
system_rmc_arm_max
97
ASCII_String
Maximum value of system_rmc_arm - Arm rover motion counter (RMC 4)
system_rmc_sha_min
98
ASCII_String
Minimum value of system_rmc_sha - SHA rover motion counter (RMC 5)
system_rmc_sha_max
99
ASCII_String
Maximum value of system_rmc_sha - SHA rover motion counter (RMC 5)
system_rmc_drill_min
100
ASCII_String
Minimum value of system_rmc_drill - Drill rover motion counter (RMC 6)
system_rmc_drill_max
101
ASCII_String
Maximum value of system_rmc_drill - Drill rover motion counter (RMC 6)
system_rmc_rsm_min
102
ASCII_String
Minimum value of system_rmc_rsm - RSM rover motion counter (RMC 7)
system_rmc_rsm_max
103
ASCII_String
Maximum value of system_rmc_rsm - RSM rover motion counter (RMC 7)
system_rmc_hga_min
104
ASCII_String
Minimum value of system_rmc_hga - HGA rover motion counter (RMC 8)
system_rmc_hga_max
105
ASCII_String
Maximum value of system_rmc_hga - HGA rover motion counter (RMC 8)
config_id_hk_min
106
ASCII_String
Minimum value of config_id_hk - Identifier of RIMFAX configuration mode at time of Housekeeping Measurement
config_id_hk_max
107
ASCII_String
Maximum value of config_id_hk - Identifier of RIMFAX configuration mode at time of Housekeeping Measurement
electronics_temp_min
108
ASCII_String
Minimum value of electronics_temp - Temperature of RIMFAX electronics, an average of Term_RF1 (hkAdcB3 in EHK) and Term_RF2 (hkAdcB4 in EHK) (deg C)
electronics_temp_max
109
ASCII_String
Maximum value of electronics_temp - Temperature of RIMFAX electronics, an average of Term_RF1 (hkAdcB3 in EHK) and Term_RF2 (hkAdcB4 in EHK) (deg C)
base_temp_min
110
ASCII_String
Minimum value of base_temp - Temperature of VAMP UHFA/RMFX base, a 10-second average (deg C)
base_temp_max
111
ASCII_String
Maximum value of base_temp - Temperature of VAMP UHFA/RMFX base, a 10-second average (deg C)
config_id_min
112
ASCII_String
Minimum value of config_id - Identifier of RIMFAX configuration mode
config_id_max
113
ASCII_String
Maximum value of config_id - Identifier of RIMFAX configuration mode
calibration_cable_0
114
ASCII_String
Number of records where calibration_cable equals 0 - Indicates measured signal is: 0 = from the Antenna, 1 = from the Calibration Cable, 2 = alternating between Antenna and Calibration Cable (for 1-Freq. Passive measurement only)
calibration_cable_1
115
ASCII_String
Number of records where calibration_cable equals 1 - Indicates measured signal is: 0 = from the Antenna, 1 = from the Calibration Cable, 2 = alternating between Antenna and Calibration Cable (for 1-Freq. Passive measurement only)
calibration_cable_2
116
ASCII_String
Number of records where calibration_cable equals 2 - Indicates measured signal is: 0 = from the Antenna, 1 = from the Calibration Cable, 2 = alternating between Antenna and Calibration Cable (for 1-Freq. Passive measurement only)
stationary_sounding_0
117
ASCII_String
Number of records where stationary_sounding equals 0 - Indicates measurement is part of a: 0 = Traverse/Mobile set, 1 = Stationary set
stationary_sounding_1
118
ASCII_String
Number of records where stationary_sounding equals 1 - Indicates measurement is part of a: 0 = Traverse/Mobile set, 1 = Stationary set
passive_sounding_0
119
ASCII_String
Number of records where passive_sounding equals 0 - Indicates measured signal is: 0 = returned/received from Active transmission, 1 = ambient/received with no prior transmission, ie Passive or listen-only
passive_sounding_1
120
ASCII_String
Number of records where passive_sounding equals 1 - Indicates measured signal is: 0 = returned/received from Active transmission, 1 = ambient/received with no prior transmission, ie Passive or listen-only
long_integration_sounding_0
121
ASCII_String
Number of records where long_integration_sounding equals 0 - Indicates measurement is: 0 = Nominal precision (16 bits), 1 = High precision (LIS, 32 bits)
long_integration_sounding_1
122
ASCII_String
Number of records where long_integration_sounding equals 1 - Indicates measurement is: 0 = Nominal precision (16 bits), 1 = High precision (LIS, 32 bits)
start_frequency_min
123
ASCII_String
Minimum value of start_frequency - Starting frequency of measured bandwidth range (MHz)
start_frequency_max
124
ASCII_String
Maximum value of start_frequency - Starting frequency of measured bandwidth range (MHz)
stop_frequency_min
125
ASCII_String
Minimum value of stop_frequency - Ending frequency of measured bandwidth range (MHz)
stop_frequency_max
126
ASCII_String
Maximum value of stop_frequency - Ending frequency of measured bandwidth range (MHz)
measurement_sample_frequency_increment_min
127
ASCII_String
Minimum value of measurement_sample_frequency_increment - Frequency interval covered by each data sample measured (MHz)
measurement_sample_frequency_increment_max
128
ASCII_String
Maximum value of measurement_sample_frequency_increment - Frequency interval covered by each data sample measured (MHz)
n_measurement_samples_min
129
ASCII_String
Minimum value of n_measurement_samples - Number of frequency-domain data samples measured
n_measurement_samples_max
130
ASCII_String
Maximum value of n_measurement_samples - Number of frequency-domain data samples measured
sweep_bandwidth_min
131
ASCII_String
Minimum value of sweep_bandwidth - Range of frequencies measured (MHz)
sweep_bandwidth_max
132
ASCII_String
Maximum value of sweep_bandwidth - Range of frequencies measured (MHz)
sweep_time_min
133
ASCII_String
Minimum value of sweep_time - Duration of one individual radar-signal generation sweep through frequency bandwidth for Active Meas; Duration of one individual receive-only sweep through frequency bandwidth for Passive Meas (ms)
sweep_time_max
134
ASCII_String
Maximum value of sweep_time - Duration of one individual radar-signal generation sweep through frequency bandwidth for Active Meas; Duration of one individual receive-only sweep through frequency bandwidth for Passive Meas (ms)
sweeps_per_sounding_min
135
ASCII_String
Minimum value of sweeps_per_sounding - Number of bandwidth sweeps integrated into one recorded measurement
sweeps_per_sounding_max
136
ASCII_String
Maximum value of sweeps_per_sounding - Number of bandwidth sweeps integrated into one recorded measurement
gate_frequency_min
137
ASCII_String
Minimum value of gate_frequency - Frequency of the gate signal (MHz)
gate_frequency_max
138
ASCII_String
Maximum value of gate_frequency - Frequency of the gate signal (MHz)
tx_delay_min
139
ASCII_String
Minimum value of tx_delay - Time delay of transmitter gate (ns)
tx_delay_max
140
ASCII_String
Maximum value of tx_delay - Time delay of transmitter gate (ns)
tx_attenuation_min
141
ASCII_String
Minimum value of tx_attenuation - Attenuation in the transmit path, higher values represent lower output power (dB)
tx_attenuation_max
142
ASCII_String
Maximum value of tx_attenuation - Attenuation in the transmit path, higher values represent lower output power (dB)
rx_delay_min
143
ASCII_String
Minimum value of rx_delay - Time delay of receiver gate (ns)
rx_delay_max
144
ASCII_String
Maximum value of rx_delay - Time delay of receiver gate (ns)
rx_attenuation_min
145
ASCII_String
Minimum value of rx_attenuation - Attenuation in the receive path, higher values represent more dampening of the received signal (dB)
rx_attenuation_max
146
ASCII_String
Maximum value of rx_attenuation - Attenuation in the receive path, higher values represent more dampening of the received signal (dB)
sounding_group_spacing_min
147
ASCII_String
Minimum value of sounding_group_spacing - Commanded distance between sounding groups. A group includes one soundig of each mode, each executed in immediate sequence, ie, effectively at the same location. Actual distance between measurements may deviate slightly. (Value = 0 for non-Traverse/Mobile measurements.) (cm)
sounding_group_spacing_max
148
ASCII_String
Maximum value of sounding_group_spacing - Commanded distance between sounding groups. A group includes one soundig of each mode, each executed in immediate sequence, ie, effectively at the same location. Actual distance between measurements may deviate slightly. (Value = 0 for non-Traverse/Mobile measurements.) (cm)
sounding_counter_min
149
ASCII_String
Minimum value of sounding_counter - Absolute total count of soundings since start of M2020 mission
sounding_counter_max
150
ASCII_String
Maximum value of sounding_counter - Absolute total count of soundings since start of M2020 mission
sounding_number_min
151
ASCII_String
Minimum value of sounding_number - Count of soundings since RIMFAX was last powered on (ie since last execution of "Power-On" Activity)
sounding_number_max
152
ASCII_String
Maximum value of sounding_number - Count of soundings since RIMFAX was last powered on (ie since last execution of "Power-On" Activity)
sounding_number_sol_min
153
ASCII_String
Minimum value of sounding_number_sol - Count of soundings since start of Sol
sounding_number_sol_max
154
ASCII_String
Maximum value of sounding_number_sol - Count of soundings since start of Sol
radiometric_correction_min
155
ASCII_String
Minimum value of radiometric_correction - Multiplicative factor by which values are radiometrically calibrated, applied in the time domain during processing
radiometric_correction_max
156
ASCII_String
Maximum value of radiometric_correction - Multiplicative factor by which values are radiometrically calibrated, applied in the time domain during processing
time_zero_correction_min
157
ASCII_String
Minimum value of time_zero_correction - Change in reference time-delay (from Raw data) such that the first data sample corresponds to a time-delay of 0 ns and the antenna radar feedpoint, applied in the frequency domain during processing (ns)
time_zero_correction_max
158
ASCII_String
Maximum value of time_zero_correction - Change in reference time-delay (from Raw data) such that the first data sample corresponds to a time-delay of 0 ns and the antenna radar feedpoint, applied in the frequency domain during processing (ns)
zero_padding_samples_min
159
ASCII_String
Minimum value of zero_padding_samples - Total number of samples on which fourier transform is run. The measured Raw data samples (for which N = n_measurement_samples) are padded with additional samples (all containing a value of 0) above and below the measured frequency band, applied in the frequency domain during processing.
zero_padding_samples_max
160
ASCII_String
Maximum value of zero_padding_samples - Total number of samples on which fourier transform is run. The measured Raw data samples (for which N = n_measurement_samples) are padded with additional samples (all containing a value of 0) above and below the measured frequency band, applied in the frequency domain during processing.
max_time_depth_min
161
ASCII_String
Minimum value of max_time_depth - Maximum time-depth range of processed data (ie, end time of last data sample) (ns)
max_time_depth_max
162
ASCII_String
Maximum value of max_time_depth - Maximum time-depth range of processed data (ie, end time of last data sample) (ns)
sample_time_increment_min
163
ASCII_String
Minimum value of sample_time_increment - Time increment of each processed data sample, for Active Meas records only (ns)
sample_time_increment_max
164
ASCII_String
Maximum value of sample_time_increment - Time increment of each processed data sample, for Active Meas records only (ns)
sample_frequency_increment_min
165
ASCII_String
Minimum value of sample_frequency_increment - Frequency increment of each unprocessed data sample, for Passive Meas records only; Set to 0 for single-frequency Passive Meas (MHz)
sample_frequency_increment_max
166
ASCII_String
Maximum value of sample_frequency_increment - Frequency increment of each unprocessed data sample, for Passive Meas records only; Set to 0 for single-frequency Passive Meas (MHz)
n_samples_time_min
167
ASCII_String
Minimum value of n_samples_time - Number of data samples in this processed, time-domain data record, for Active Meas records only
n_samples_time_max
168
ASCII_String
Maximum value of n_samples_time - Number of data samples in this processed, time-domain data record, for Active Meas records only
n_samples_frequency_min
169
ASCII_String
Minimum value of n_samples_frequency - Number of data samples in this unprocessed, frequency-domain data record, for Passive Meas records only
n_samples_frequency_max
170
ASCII_String
Maximum value of n_samples_frequency - Number of data samples in this unprocessed, frequency-domain data record, for Passive Meas records only
n_samples_min
171
ASCII_String
Minimum value of n_samples - Number of samples in this record, regardless of record type
n_samples_max
172
ASCII_String
Maximum value of n_samples - Number of samples in this record, regardless of record type