OBJECT                   = COLUMN
  NAME                     = 'UT'
  COLUMN_NUMBER            = 1
  UNIT                     = 'SEC'
  DATA_TYPE                = 'FLOAT'
  START_BYTE               = 1
  BYTES                    = 8
  DESCRIPTION              = "Universal Time given in seconds since
1966-01-01T00:00:00.000 where no attempt has been made to account for 
leap seconds."
END_OBJECT               = COLUMN
OBJECT                   = COLUMN
  NAME                     = 'E100HZ'
  COLUMN_NUMBER            = 2
  UNIT                     = '(V/M)**2/H'
  DATA_TYPE                = 'FLOAT'
  START_BYTE               = 9
  BYTES                    = 4
  MISSING                  = 1.000000E+32
  DESCRIPTION              = "Wave intensity per Hertz, measured at 100 Hz. The
  wave intensity is the square of the wave electric field amplitude.  At a 
  particular frequency the wave intensity (V/M)^2 is measured over the bandwidth
  of the filter (30% bandwidth for OEFD).  The bandwidth is incorporated in
  order to compare measurements made with this instrument with other wave 
  measurements, which may have different bandwidths."
END_OBJECT               = COLUMN
OBJECT                   = COLUMN
  NAME                     = 'E730HZ'
  COLUMN_NUMBER            = 3
  UNIT                     = '(V/M)**2/H'
  DATA_TYPE                = 'FLOAT'
  START_BYTE               = 13
  BYTES                    = 4
  MISSING                  = 1.000000E+32
  DESCRIPTION              = "Wave intensity per Hertz, measured at 730 Hz. The
  wave intensity is the square of the wave electric field amplitude.  At a 
  particular frequency the wave intensity (V/M)^2 is measured over the bandwidth
  of the filter (30% bandwidth for OEFD).  The bandwidth is incorporated in 
  order to compare measurements made with this instrument with other wave 
  measurements, which may have different bandwidths."
END_OBJECT               = COLUMN
OBJECT                   = COLUMN
  NAME                     = 'E5.4KHZ'
  COLUMN_NUMBER            = 4
  UNIT                     = '(V/M)**2/H'
  DATA_TYPE                = 'FLOAT'
  START_BYTE               = 17
  BYTES                    = 4
  MISSING                  = 1.000000E+32
  DESCRIPTION              = "Wave intensity per Hertz, measured at 5.4 kHz. The
  wave intensity is the square of the wave electric field amplitude.  At a 
  particular frequency the wave intensity (V/M)^2 is measured over the bandwidth
  of the filter (30% bandwidth for OEFD).  The bandwidth is incorporated in
  order to compare measurements made with this instrument with other wave 
  measurements, which may have different bandwidths."
END_OBJECT               = COLUMN
OBJECT                   = COLUMN
  NAME                     = 'E30KHZ'
  COLUMN_NUMBER            = 5
  UNIT                     = '(V/M)**2/H'
  DATA_TYPE                = 'FLOAT'
  START_BYTE               = 21
  BYTES                    = 4
  MISSING                  = 1.000000E+32
  DESCRIPTION              = "Wave intensity per Hertz, measured at 30 kHz. The
  wave intensity is the square of the wave electric field amplitude.  At a 
  particular frequency the wave intensity (V/M)^2 is measured over the bandwidth
  of the filter (30% bandwidth for OEFD).  The bandwidth is incorporated in
  order to compare measurements made with this instrument with other wave 
  measurements, which may have different bandwidths."
END_OBJECT               = COLUMN
OBJECT                   = COLUMN
  NAME                     = 'E100 PH'
  COLUMN_NUMBER            = 6
  UNIT                     = 'DEG'
  DATA_TYPE                = 'FLOAT'
  START_BYTE               = 25
  BYTES                    = 4
  MISSING                  = 1.000000E+32
  DESCRIPTION              = "Instantaneous phase angle with respect to the sun
  of the wave instrument dipole axis for the 100 Hz channel.  The antenna dipole
  is 267.5 degrees behind the sun-sensor (i.e., the spacecraft must rotate
  through 267.5 degrees after the sun pulse time for the dipole axis to be   
  aligned with the sun).  The phase angle is corrected for differences between
  the record time tag and the actual sample time within a data frame."
END_OBJECT               = COLUMN
OBJECT                   = COLUMN
  NAME                     = 'E730 PH'
  COLUMN_NUMBER            = 7
  UNIT                     = 'DEG'
  DATA_TYPE                = 'FLOAT'
  START_BYTE               = 29
  BYTES                    = 4
  MISSING                  = 1.000000E+32
  DESCRIPTION              = "Instantaneous phase angle with respect to the sun
  of the wave instrument dipole axis for the 730 Hz channel.  The antenna dipole
  is 267.5 degrees behind the sun-sensor (i.e., the spacecraft must rotate
  through 267.5 degrees after the sun pulse time for the dipole axis to be   
  aligned with the sun).  The phase angle is corrected for differences between
  the record time tag and the actual sample time within a data frame."
END_OBJECT               = COLUMN
OBJECT                   = COLUMN
  NAME                     = 'E5.4K PH'
  COLUMN_NUMBER            = 8
  UNIT                     = 'DEG'
  DATA_TYPE                = 'FLOAT'
  START_BYTE               = 33
  BYTES                    = 4
  MISSING                  = 1.000000E+32
  DESCRIPTION              = "Instantaneous phase angle with respect to the sun
  of the wave instrument dipole axis for the 5.4 kHz channel.  The antenna 
  dipole is 267.5 degrees behind the sun-sensor (i.e., the spacecraft must
  rotate through 267.5 degrees after the sun pulse time for the dipole axis to
  be aligned with the sun).  The phase angle is corrected for differences
  between the record time tag and the actual sample time within a data frame."
END_OBJECT               = COLUMN
OBJECT                   = COLUMN
  NAME                     = 'E30K PH'
  COLUMN_NUMBER            = 9
  UNIT                     = 'DEG'
  DATA_TYPE                = 'FLOAT'
  START_BYTE               = 37
  BYTES                    = 4
  MISSING                  = 1.000000E+32
  DESCRIPTION              = "Instantaneous phase angle with respect to the sun
  of the wave instrument dipole axis for the 30 kHz channel.  The antenna
  dipole is 267.5 degrees behind the sun-sensor (i.e., the spacecraft must
  rotate through 267.5 degrees after the sun pulse time for the dipole axis to
  be aligned with the sun).  The phase angle is corrected for differences  
  between the record time tag and the actual sample time within a data frame."
END_OBJECT               = COLUMN