netcdf coraafcasF1.a1.20181210.113927 { dimensions: time = UNLIMITED ; // (8287 currently) bound = 2 ; particle_diameter = 30 ; variables: int base_time ; base_time:string = "2018-12-10 00:00:00 0:00" ; base_time:long_name = "Base time in Epoch" ; base_time:units = "seconds since 1970-1-1 0:00:00 0:00" ; base_time:ancillary_variables = "time_offset" ; double time_offset(time) ; time_offset:long_name = "Time offset from base_time" ; time_offset:units = "seconds since 2018-12-10 00:00:00 0:00" ; time_offset:ancillary_variables = "base_time" ; double time(time) ; time:long_name = "Time offset from midnight" ; time:units = "seconds since 2018-12-10 00:00:00 0:00" ; time:bounds = "time_bounds" ; time:calendar = "gregorian" ; time:standard_name = "time" ; double time_bounds(time, bound) ; time_bounds:long_name = "Time cell bounds" ; time_bounds:bound_offsets = 0., 60. ; float particle_diameter(particle_diameter) ; particle_diameter:long_name = "Coordinate variable for particle_diameter" ; particle_diameter:units = "um" ; particle_diameter:bounds = "particle_diameter_bounds" ; float particle_diameter_bounds(particle_diameter, bound) ; particle_diameter_bounds:long_name = "Particle_diameter cell bounds" ; float p_pitot(time) ; p_pitot:long_name = "Pitot pressure" ; p_pitot:units = "hPa" ; p_pitot:equation = "mBar = 70.786 * 5(p_pitot/4095)" ; float p_static(time) ; p_static:long_name = "Static pressure" ; p_static:units = "hPa" ; p_static:equation = "mBar = 206.88 * 5(p_static/4095)" ; float laser_current(time) ; laser_current:long_name = "Laser current" ; laser_current:units = "mA" ; float laser_pd(time) ; laser_pd:long_name = "Laser photodiode" ; laser_pd:units = "V" ; float forward_block_temperature(time) ; forward_block_temperature:long_name = "Forward block temperature" ; forward_block_temperature:units = "degC" ; float back_block_temperature(time) ; back_block_temperature:long_name = "Back block temperature" ; back_block_temperature:units = "degC" ; float sizer_tec_temperature(time) ; sizer_tec_temperature:long_name = "Sizer thermoelectric cooler temperature" ; sizer_tec_temperature:units = "degC" ; float qualifier_tec_temperature(time) ; qualifier_tec_temperature:long_name = "Qualifier thermoelectric cooler temperature" ; qualifier_tec_temperature:units = "degC" ; float s_dpol_tec_temperature(time) ; s_dpol_tec_temperature:long_name = "S dual polarization thermoelectric cooler temperature" ; s_dpol_tec_temperature:units = "degC" ; float p_back_tec_temperature(time) ; p_back_tec_temperature:long_name = "P back detector thermoelectric cooler temperature" ; p_back_tec_temperature:units = "degC" ; float sizer_apd_voltage(time) ; sizer_apd_voltage:long_name = "Sizer avalanche photodiode voltage" ; sizer_apd_voltage:units = "V" ; float qualifer_apd_voltage(time) ; qualifer_apd_voltage:long_name = "Qualifier avalanche photodiode voltage" ; qualifer_apd_voltage:units = "V" ; float s_apd_voltage(time) ; s_apd_voltage:long_name = "S avalanche photodiode voltage" ; s_apd_voltage:units = "V" ; float p_apd_voltage(time) ; p_apd_voltage:long_name = "P avalanche photodiode voltage" ; p_apd_voltage:units = "V" ; float valid_counts(time) ; valid_counts:long_name = "Valid counts" ; valid_counts:units = "count" ; float total_conc(time) ; total_conc:long_name = "Total concentration" ; total_conc:units = "count/cm^3" ; float num_pbp_packets(time) ; num_pbp_packets:long_name = "Number of particle by particle packets" ; num_pbp_packets:units = "count" ; float sizer_hi_baseline(time) ; sizer_hi_baseline:long_name = "High baseline of light scattered from particles" ; sizer_hi_baseline:units = "count" ; sizer_hi_baseline:comment = "This value is reported in A/D converter counts" ; float sizer_hi_bandwidth(time) ; sizer_hi_bandwidth:long_name = "High bandwidth of light scattered from particles" ; sizer_hi_bandwidth:units = "count" ; sizer_hi_bandwidth:comment = "This value is reported in A/D converter counts" ; float sizer_low_baseline(time) ; sizer_low_baseline:long_name = "Low baseline of light scattered from particles" ; sizer_low_baseline:units = "count" ; sizer_low_baseline:comment = "This value is reported in A/D converter counts" ; float sizer_low_bandwidth(time) ; sizer_low_bandwidth:long_name = "Low bandwidth of light scattered from particles" ; sizer_low_bandwidth:units = "count" ; sizer_low_bandwidth:comment = "This value is reported in A/D converter counts" ; float qual_hi_baseline(time) ; qual_hi_baseline:long_name = "High baseline of qualified particles within the depth-of-field of the instrument" ; qual_hi_baseline:units = "count" ; qual_hi_baseline:comment = "This value is reported in A/D converter counts" ; float qual_hi_bandwidth(time) ; qual_hi_bandwidth:long_name = "High bandwidth of qualified particles within the depth-of-field of the instrument" ; qual_hi_bandwidth:units = "count" ; qual_hi_bandwidth:comment = "This value is reported in A/D converter counts" ; float qual_low_baseline(time) ; qual_low_baseline:long_name = "Low baseline of qualified particles within the depth-of-field of the instrument" ; qual_low_baseline:units = "count" ; qual_low_baseline:comment = "This value is reported in A/D converter counts" ; float qual_low_bandwidth(time) ; qual_low_bandwidth:long_name = "Low bandwidth of qualified particles within the depth-of-field of the instrument" ; qual_low_bandwidth:units = "count" ; qual_low_bandwidth:comment = "This value is reported in A/D converter counts" ; float s_hi_baseline(time) ; s_hi_baseline:long_name = "High baseline of intensity of light back scattered parallel to laser beam" ; s_hi_baseline:units = "count" ; s_hi_baseline:comment = "This value is reported in A/D converter counts" ; float s_hi_bandwidth(time) ; s_hi_bandwidth:long_name = "High bandwidth of intensity of light back scattered parallel to laser beam" ; s_hi_bandwidth:units = "count" ; s_hi_bandwidth:comment = "This value is reported in A/D converter counts" ; float s_low_baseline(time) ; s_low_baseline:long_name = "Low baseline of intensity of light back scattered parallel to laser beam" ; s_low_baseline:units = "count" ; s_low_baseline:comment = "This value is reported in A/D converter counts" ; float s_low_bandwidth(time) ; s_low_bandwidth:long_name = "Low bandwidth of intensity of light back scattered parallel to laser beam" ; s_low_bandwidth:units = "count" ; s_low_bandwidth:comment = "This value is reported in A/D converter counts" ; float p_hi_baseline(time) ; p_hi_baseline:long_name = "High baseline of intensity of light back scattered perpendicular to laser beam" ; p_hi_baseline:units = "count" ; p_hi_baseline:comment = "This value is reported in A/D converter counts" ; float p_hi_bandwidth(time) ; p_hi_bandwidth:long_name = "High bandwidth of intensity of light back scattered perpendicular to laser beam" ; p_hi_bandwidth:units = "count" ; p_hi_bandwidth:comment = "This value is reported in A/D converter counts" ; float p_low_baseline(time) ; p_low_baseline:long_name = "Low bandwidth of intensity of light back scattered perpendicular to laser beam" ; p_low_baseline:units = "count" ; p_low_baseline:comment = "This value is reported in A/D converter counts" ; float p_low_bandwidth(time) ; p_low_bandwidth:long_name = "Low baseline of intensity of light back scattered perpendicular to laser beam" ; p_low_bandwidth:units = "count" ; p_low_bandwidth:comment = "This value is reported in A/D converter counts" ; float sizer_oversize(time) ; sizer_oversize:long_name = "Number of oversized particles from the sizer" ; sizer_oversize:units = "count" ; sizer_oversize:comment = "This value is reported in A/D converter counts" ; float qual_oversize(time) ; qual_oversize:long_name = "Number of oversized particles from the qualifier" ; qual_oversize:units = "count" ; qual_oversize:comment = "This value is reported in A/D converter counts" ; float s_oversize(time) ; s_oversize:long_name = "Number of oversized particles based on intensity of light back scattered parallel to laser beam" ; s_oversize:units = "count" ; s_oversize:comment = "This value is reported in A/D converter counts" ; float p_oversize(time) ; p_oversize:long_name = "Number of oversized particles based on intensity of light back scattered perpendicular to laser beam" ; p_oversize:units = "count" ; p_oversize:comment = "This value is reported in A/D converter counts" ; float total_particle(time) ; total_particle:long_name = "Total particles" ; total_particle:units = "count" ; float total_transit_time1(time) ; total_transit_time1:long_name = "Total transit time1" ; total_transit_time1:units = "ms" ; float total_transit_time2(time) ; total_transit_time2:long_name = "Total transit time2" ; total_transit_time2:units = "ms" ; float counts(time, particle_diameter) ; counts:long_name = "Particle counts" ; counts:units = "count" ; float lat ; lat:long_name = "North latitude" ; lat:units = "degree_N" ; lat:valid_min = -90.f ; lat:valid_max = 90.f ; lat:standard_name = "latitude" ; float lon ; lon:long_name = "East longitude" ; lon:units = "degree_E" ; lon:valid_min = -180.f ; lon:valid_max = 180.f ; lon:standard_name = "longitude" ; float alt ; alt:long_name = "Altitude above mean sea level" ; alt:units = "m" ; alt:standard_name = "altitude" ; // global attributes: :command_line = "aafcas_ingest -s cor -f F1 -DR" ; :Conventions = "ARM-1.2" ; :process_version = "ingest-aafcas-1.2-0.el7" ; :dod_version = "aafcas-a1-2.0" ; :input_source = "/data/collection/cor/coraafcasF1.00/20181210g01.D.casdpol.txt" ; :site_id = "cor" ; :platform_id = "aafcas" ; :facility_id = "F1" ; :data_level = "a1" ; :location_description = "Cloud, Aerosol, and Complex Terrain Interactions (CACTI), Gulfstream 159 (\"G1\") Aircraft" ; :datastream = "coraafcasF1.a1" ; :doi = "10.5439/1421868" ; :history = "created by user dsmgr on machine flint at 2020-03-27 17:18:33, using ingest-aafcas-1.2-0.el7" ; }