urn:nasa:pds:mr5-mag:data_cruise:mag_cruise_data 1.0 1.24.0.0 Product_Observational 1967-06-14Z 1967-11-21Z Science Calibrated Fields Magnetic Background Mariner 67 Mission urn:nasa:pds:context:investigation:mission.mariner67 data_to_investigation Mariner 5 Host urn:nasa:pds:context:instrument_host:spacecraft.mr5 is_instrument_host Mariner 5 Magnetometer (MAG) Instrument urn:nasa:pds:context:instrument:mr5.mag is_instrument Solar Wind Plasma Stream urn:nasa:pds:context:target:plasma_stream.solar_wind data_to_target NSSDCA Dataset PSFP-00087 The source for this data product is Mariner 5 fine-time scale Interplanetary magnetic fields data supplied by the experimenter on a binary IBM 7094 magnetic tape and held at the NASA Space Science Data Coordinated Archive (NSSDCA) as data set PSFP-00087. mag_cruise_data.csv 57231132 400258

header HEADER 0 210 PDS DSV 1 A single-record, ASCII comma-separated table that provides the name of 42 parameters.

Data_Table DATA_TABLE 210 57230922 PDS DSV 1 An ASCII comma-separated values table containing the time and vector components, and occasional ephemeris information in time order. The time covered by each frame is 12.6 s for the high satellite bit rate and 50.4 s for the low rate. 400257 Carriage-Return Line-Feed Comma 44 0 RECORD_N 1 ASCII_Integer Record number (added) RATE 2 ASCII_Integer Date rate flag (added) 0 for low bit rate data, (50.4 sec) 1 for high bit rate data (12.6 sec) NTYPE 3 ASCII_Integer Type of record (see the document) day 4 ASCII_Integer Day from beginning of year (Jan. 1 is Day 1). hour 5 ASCII_Integer hour Hour of the day. minute 6 ASCII_Integer minute Minute. second 7 ASCII_Integer second Integral part of second. fraction_second 8 ASCII_Integer bar Fractions of second, in 32nd of a second. UTC 9 ASCII_Date_Time_YMD_UTC Converted UTC time. IJ1 10 ASCII_Integer Spike tag for the 1st vector reading. IR1 11 ASCII_Integer Range tag for the 1st vector reading. IPM11 12 ASCII_Real gamma R component of magnetic field for the 1st vector reading. IPM21 13 ASCII_Real gamma T component of magnetic field for the 1st vector reading. IPM31 14 ASCII_Real gamma N component of the magnetic field for the 1st vector reading. IJ2 15 ASCII_Integer Spike tag for the 2nd vector reading. IR2 16 ASCII_Integer Range tag for the 2nd vector reading. IPM12 17 ASCII_Real gamma R component of magnetic field for the 2nd vector reading. IPM22 18 ASCII_Real gamma T component of the magnetic field for the 2nd vector reading. IPM32 19 ASCII_Real gamma N component of the magnetic field for the 2nd vector reading. IJ3 20 ASCII_Integer Spike tag for the 3rd vector reading. IR3 21 ASCII_Integer Range tag for the 3rd vector reading. IPM13 22 ASCII_Real gamma R component of magnetic field for the 3rd vector reading. IPM23 23 ASCII_Real gamma T component of the magnetic field for the 3rd vector reading. IPM33 24 ASCII_Real gamma N component of the magnetic field for the 3rd vector reading. MF1 25 ASCII_Integer DAS bit number 25 (JPL1), 1 or 0 changing every 128 frames. MF2 26 ASCII_Integer DAS bit 211 (JPL1); 0 or 1 changing every frame. MF3 27 ASCII_Integer Frame count. An integer assigned to each frame by the spacecraft clock. MF4 28 ASCII_Integer Quality control prefix from the quality word for this frame (JPL2). MF5 29 ASCII_Integer Frame count (modulo 2048) for 32 frames from the beginning of the sequence, and increases by 1 every 64 frames after that until the next sequence. MF6 30 ASCII_Integer NDCI from the quality word MF7 31 ASCII_Integer Tag used to locate time jumps and frame count anomalies on the MDL tapes, and have no significance on BAMFAT tapes. MF8 32 ASCII_Integer Tag used to locate time jumps and frame count anomalies on the MDL tapes, and have no significance on BAMFAT tapes. MF9 33 ASCII_Integer Tag used to locate time jumps and frame count anomalies on the MDL tapes, and have no significance on BAMFAT tapes. MF10 34 ASCII_Integer 1 if dummy data has been inserted, 2 if frame count has been corrected, 3 during roll periods, and 0 otherwise. MF11 35 ASCII_Integer During the magnetometer calibration sequences , this is 1 for frames 1-4 of the sequence 2 for frames 5-8 6 for frame 9 3 for frames 17-20 4 for frames 21-24 5 for frames 25 0 otherwise MF12 36 ASCII_Integer 2 for frames 1-4 of the sequence 1 for frames 17-20 CR1 37 ASCII_Integer km Distance of Mariner from sun (km). CR2 38 ASCII_Real degree Latitude of Mariner in solar equatorial coordinates (degree). CR3 39 ASCII_Real degree Longitude of Mariner in solar equatorial coordinates (degree). CR4 40 ASCII_Integer km Distance of Earth from sun (km). CR5 41 ASCII_Real degree Latitude of Earth in solar equatorial coordinates (degree). CR6 42 ASCII_Real degree Longitude of Earth in solar equatorial coordinates (degree). CPHI 43 ASCII_Real Cosine of the angle used to rotate from the XYZ spacecraft system to solar equatorial coordinates. SPHI 44 ASCII_Real Sine of the angle used to rotate from the XYZ spacecraft system to solar equatorial coordinates.