Source:
           D:\BAIBAKOV\Code\Ensemble v.1.2 - Apr 2019\output\20200917\lidar_20190118_1900_1959.nc
Format:
           64bit
Global Attributes:
           Description        = 'AECL lidar dataset'
           Project            = 'ICICLE 2019'
           FlightDate         = '2019/01/18'
           TimeCoverageStart  = '18-Jan-2019 19:00:00'
           TimeCoverageEnd    = '18-Jan-2019 19:59:58'
           TimeResolution     = '01s'
           VerticalResolution = '1.5m'
           PointingDirection  = 'zenith'
           Aircraft           = 'NRC Convair-580'
           InstrumentOwner    = 'NRC (zenith), ECCC (nadir)'
           DataSystems        = 'AECL'
           ProjectLocation    = 'Rockford, IL, USA'
           NRCProjectPI       = 'Dr. Mengistu Wolde'
           NRCInvestigator    = 'Konstantin Baibakov'
           contact            = 'Konstantin.Baibakov@nrc-cnrc.gc.ca / Mengistu.Wolde@nrc-cnrc.gc.ca'
           Address            = 'Flight Research Laboratory, NRC, Bldg. U61, 1925 Research Prvt, ON K1V 1J8'
           DateProcessed      = '17-Sep-2020 20:00:28'
Dimensions:
           range = 4576
           time  = 3599
Variables:
    time          
           Size:       3599x1
           Dimensions: time
           Datatype:   double
           Attributes:
                       longName    = 'Seconds since midnight (UTC)'
                       units       = 's'
                       comments    = ''
                       data_source = 'AECL DAS'
    range         
           Size:       4576x1
           Dimensions: range
           Datatype:   double
           Attributes:
                       longName = 'Range bins above ground'
                       units    = 'km'
                       comments = ''
    CoPolHi       
           Size:       4576x3599
           Dimensions: range,time
           Datatype:   double
           Attributes:
                       longName = 'Co-Polarized High Gain'
                       units    = 'Uncalibrated power (DB)'
                       comments = ''
    depol_ratio_Hi
           Size:       4576x3599
           Dimensions: range,time
           Datatype:   double
           Attributes:
                       longName = 'Depolarization ratio CrossPol/CoPol (uncalibrated)'
                       units    = 'Unitless'
                       comments = ''
    LAT_c_kvh     
           Size:       3599x1
           Dimensions: time
           Datatype:   double
           Attributes:
                       FillValue       = 'NaN'
                       units           = 'degrees North'
                       long_name       = 'KVH1750 IMU Latitude'
                       valid_range     = '-90, 90'
                       status          = 'Post-Processed with GrafNav and Kalman Filtering'
                       sensor_location = 'cabin'
                       category        = 'Position'
                       data_quality    = 'Good'
                       data_source     = 'FRL DAS'
    LON_c_kvh     
           Size:       3599x1
           Dimensions: time
           Datatype:   double
           Attributes:
                       FillValue       = 'NaN'
                       units           = 'degrees East'
                       long_name       = 'KVH1750 IMU Longitude'
                       valid_range     = '-180, 180'
                       status          = 'Post-Processed with GrafNav and Kalman Filtering'
                       sensor_location = 'cabin'
                       category        = 'Position'
                       data_quality    = 'Good'
                       data_source     = 'FRL DAS'
    GALT_c_kvh    
           Size:       3599x1
           Dimensions: time
           Datatype:   double
           Attributes:
                       FillValue       = NaN
                       units           = 'meters'
                       long_name       = 'KVH1750 IMU Altitude'
                       valid_range     = '0, 7500'
                       status          = 'Post-Processed with GrafNav and Kalman Filtering'
                       sensor_location = 'cabin'
                       category        = 'Position'
                       data_quality    = 'Good'
                       data_source     = 'FRL DAS'
>>