netcdf sgpaosC1.a0.20070515.000000 { dimensions: time = UNLIMITED ; // (840 currently) variables: int base_time ; base_time:string = "15-May-2007,0:00:00 GMT" ; base_time:long_name = "Base time in Epoch" ; base_time:units = "seconds since 1970-1-1 0:00:00 0:00" ; double time_offset(time) ; time_offset:long_name = "Time offset from base_time" ; time_offset:units = "seconds since 2007-05-15 00:00:00 0:00" ; double time(time) ; time:long_name = "Time offset from midnight" ; time:units = "seconds since 2007-05-15 00:00:00 0:00" ; float SampTemp(time) ; SampTemp:long_name = "Temperature in sample line down of heater" ; SampTemp:units = "degrees C" ; SampTemp:valid_min = -5.f ; SampTemp:valid_max = 40.f ; SampTemp:resolution = 0.1f ; SampTemp:missing_value = -9999.f ; SampTemp:C_format = "%4.1f" ; int qc_SampTemp(time) ; qc_SampTemp:long_name = "QC bits: Temperature in sample line down of heater" ; qc_SampTemp:units = "unitless" ; float SampRH(time) ; SampRH:long_name = "Relative humidity in sample line down. of heater" ; SampRH:units = "%" ; SampRH:valid_min = 0.f ; SampRH:valid_max = 50.f ; SampRH:resolution = 0.1f ; SampRH:missing_value = -9999.f ; SampRH:C_format = "%5.1f" ; int qc_SampRH(time) ; qc_SampRH:long_name = "QC bits: Relative humidity in sample line down. of heater" ; qc_SampRH:units = "unitless" ; float AmbTemp(time) ; AmbTemp:long_name = "Outdoor air temperature" ; AmbTemp:units = "degrees C" ; AmbTemp:valid_min = -20.f ; AmbTemp:valid_max = 50.f ; AmbTemp:resolution = 0.1f ; AmbTemp:missing_value = -9999.f ; AmbTemp:C_format = "%4.1f" ; int qc_AmbTemp(time) ; qc_AmbTemp:long_name = "QC bits: Outdoor air temperature" ; qc_AmbTemp:units = "unitless" ; float Bscat530nm(time) ; Bscat530nm:long_name = "B_sp, at 530 nm from single wave. neph." ; Bscat530nm:units = "1/m" ; Bscat530nm:valid_min = -1.e-05f ; Bscat530nm:valid_max = 0.1f ; Bscat530nm:resolution = 1.e-06f ; Bscat530nm:missing_value = -9999.f ; Bscat530nm:C_format = "%10.3e" ; int qc_Bscat530nm(time) ; qc_Bscat530nm:long_name = "QC bits: B_sp, at 530 nm from single wave. neph." ; qc_Bscat530nm:units = "unitless" ; qc_Bscat530nm:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " Pres530nm, Neph530Temp\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line6Vac, Calib530nm, Zero530nm\n", "" ; float Pres530nm(time) ; Pres530nm:long_name = "Single wave Neph. pressure" ; Pres530nm:units = "mb" ; Pres530nm:valid_min = 900.f ; Pres530nm:valid_max = 1050.f ; Pres530nm:missing_value = -9999.f ; Pres530nm:C_format = "%10.3e" ; int qc_Pres530nm(time) ; qc_Pres530nm:long_name = "QC bits: Single wave Neph. pressure" ; qc_Pres530nm:units = "unitless" ; float RH530nm(time) ; RH530nm:long_name = "Single wave Neph. RH" ; RH530nm:units = "%" ; RH530nm:valid_min = 0.f ; RH530nm:valid_max = 100.f ; RH530nm:missing_value = -9999.f ; RH530nm:C_format = "%10.3e" ; int qc_RH530nm(time) ; qc_RH530nm:long_name = "QC bits: Single wave Neph. RH" ; qc_RH530nm:units = "unitless" ; float Neph530Temp(time) ; Neph530Temp:long_name = "Radiance neph. temperature" ; Neph530Temp:units = "degrees K" ; Neph530Temp:valid_min = 270.f ; Neph530Temp:valid_max = 320.f ; Neph530Temp:resolution = 0.1f ; Neph530Temp:missing_value = -9999.f ; Neph530Temp:C_format = "%5.1f" ; int qc_Neph530Temp(time) ; qc_Neph530Temp:long_name = "QC bits: Radiance neph. temperature" ; qc_Neph530Temp:units = "unitless" ; float Bap_I_1um(time) ; Bap_I_1um:long_name = "1 um Absorption coefficient" ; Bap_I_1um:units = "1/m" ; Bap_I_1um:valid_min = -1.e-05f ; Bap_I_1um:valid_max = 0.001f ; Bap_I_1um:resolution = 1.e-06f ; Bap_I_1um:missing_value = -9999.f ; Bap_I_1um:C_format = "%10.3e" ; int qc_Bap_I_1um(time) ; qc_Bap_I_1um:long_name = "QC bits: 1 um Absorption coefficient" ; qc_Bap_I_1um:units = "unitless" ; qc_Bap_I_1um:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " BapFiltr, BapFlow, BapSignal, BapRef\n", "" ; float Bap_I_10um(time) ; Bap_I_10um:long_name = "10 um Absorption coefficient" ; Bap_I_10um:units = "1/m" ; Bap_I_10um:valid_min = -1.e-05f ; Bap_I_10um:valid_max = 0.001f ; Bap_I_10um:resolution = 1.e-06f ; Bap_I_10um:missing_value = -9999.f ; Bap_I_10um:C_format = "%10.3e" ; int qc_Bap_I_10um(time) ; qc_Bap_I_10um:long_name = "QC bits: 10 um Absorption coefficient" ; qc_Bap_I_10um:units = "unitless" ; qc_Bap_I_10um:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " BapFiltr, BapFlow, BapSignal, BapRef\n", "" ; float TSINephTin_LRH(time) ; TSINephTin_LRH:long_name = "TSI Low RH Neph. inlet temperature" ; TSINephTin_LRH:units = "degrees K" ; TSINephTin_LRH:valid_min = 270.f ; TSINephTin_LRH:valid_max = 320.f ; TSINephTin_LRH:missing_value = -9999.f ; TSINephTin_LRH:C_format = "%10.3e" ; int qc_TSINephTin_LRH(time) ; qc_TSINephTin_LRH:long_name = "QC bits: TSI Low RH Neph. inlet temperature" ; qc_TSINephTin_LRH:units = "unitless" ; float TSINephPres_LRH(time) ; TSINephPres_LRH:long_name = "TSI Low RH Neph. Pressure" ; TSINephPres_LRH:units = "mb" ; TSINephPres_LRH:valid_min = 900.f ; TSINephPres_LRH:valid_max = 1050.f ; TSINephPres_LRH:missing_value = -9999.f ; TSINephPres_LRH:C_format = "%10.3e" ; int qc_TSINephPres_LRH(time) ; qc_TSINephPres_LRH:long_name = "QC bits: TSI Low RH Neph. Pressure" ; qc_TSINephPres_LRH:units = "unitless" ; float TSINephTSamp_LRH(time) ; TSINephTSamp_LRH:long_name = "TSI Low RH Neph. Sample Temperature" ; TSINephTSamp_LRH:units = "degrees K" ; TSINephTSamp_LRH:valid_min = 270.f ; TSINephTSamp_LRH:valid_max = 320.f ; TSINephTSamp_LRH:missing_value = -9999.f ; TSINephTSamp_LRH:C_format = "%10.3e" ; int qc_TSINephTSamp_LRH(time) ; qc_TSINephTSamp_LRH:long_name = "QC bits: TSI Low RH Neph. Sample Temperature" ; qc_TSINephTSamp_LRH:units = "unitless" ; float TSINephRHSamp_LRH(time) ; TSINephRHSamp_LRH:long_name = "TSI Low RH Neph. relative humidity" ; TSINephRHSamp_LRH:units = "%" ; TSINephRHSamp_LRH:valid_min = 0.f ; TSINephRHSamp_LRH:valid_max = 100.f ; TSINephRHSamp_LRH:missing_value = -9999.f ; TSINephRHSamp_LRH:C_format = "%10.3e" ; int qc_TSINephRHSamp_LRH(time) ; qc_TSINephRHSamp_LRH:long_name = "QC bits: TSI Low RH Neph. relative humidity" ; qc_TSINephRHSamp_LRH:units = "unitless" ; float BluTScatCoef_1um_LRH(time) ; BluTScatCoef_1um_LRH:long_name = "TSI Low RH Neph. 450 nm total scat. coef. at 1 um" ; BluTScatCoef_1um_LRH:units = "1/m" ; BluTScatCoef_1um_LRH:valid_min = -1.e-05f ; BluTScatCoef_1um_LRH:valid_max = 0.1f ; BluTScatCoef_1um_LRH:resolution = 1.e-06f ; BluTScatCoef_1um_LRH:missing_value = -9999.f ; BluTScatCoef_1um_LRH:C_format = "%10.3e" ; int qc_BluTScatCoef_1um_LRH(time) ; qc_BluTScatCoef_1um_LRH:long_name = "QC bits: TSI Low RH Neph. 450 nm total scat. coef. at 1 um" ; qc_BluTScatCoef_1um_LRH:units = "unitless" ; qc_BluTScatCoef_1um_LRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_LRH, TSINephTsamp_LRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_LRH, TSINephLV_LRH, TSINephLC_LRH,\n", " BluRScatZero_LRH, BluTScatSpn_LRH, BluTScatZero_LRH\n", "" ; float BluTScatCoef_10um_LRH(time) ; BluTScatCoef_10um_LRH:long_name = "TSI Low RH Neph. 450 nm total scat. coef. at 10 um" ; BluTScatCoef_10um_LRH:units = "1/m" ; BluTScatCoef_10um_LRH:valid_min = -1.e-05f ; BluTScatCoef_10um_LRH:valid_max = 0.1f ; BluTScatCoef_10um_LRH:resolution = 1.e-06f ; BluTScatCoef_10um_LRH:missing_value = -9999.f ; BluTScatCoef_10um_LRH:C_format = "%10.3e" ; int qc_BluTScatCoef_10um_LRH(time) ; qc_BluTScatCoef_10um_LRH:long_name = "QC bits: TSI Low RH Neph. 450 nm total scat. coef. at 10 um" ; qc_BluTScatCoef_10um_LRH:units = "unitless" ; qc_BluTScatCoef_10um_LRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_LRH, TSINephTsamp_LRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_LRH, TSINephLV_LRH, TSINephLC_LRH,\n", " BluRScatZero_LRH, BluTScatSpn_LRH, BluTScatZero_LRH\n", "" ; float GrnTScatCoef_1um_LRH(time) ; GrnTScatCoef_1um_LRH:long_name = "TSI Low RH Neph. 550 nm total scat. coef. at 1 um" ; GrnTScatCoef_1um_LRH:units = "1/m" ; GrnTScatCoef_1um_LRH:valid_min = -1.e-05f ; GrnTScatCoef_1um_LRH:valid_max = 0.1f ; GrnTScatCoef_1um_LRH:resolution = 1.e-06f ; GrnTScatCoef_1um_LRH:missing_value = -9999.f ; GrnTScatCoef_1um_LRH:C_format = "%10.3e" ; int qc_GrnTScatCoef_1um_LRH(time) ; qc_GrnTScatCoef_1um_LRH:long_name = "QC bits: TSI Low RH Neph. 550 nm total scat. coef. at 1 um" ; qc_GrnTScatCoef_1um_LRH:units = "unitless" ; qc_GrnTScatCoef_1um_LRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_LRH, TSINephTsamp_LRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_LRH, TSINephLV_LRH, TSINephLC_LRH,\n", " GrnRScatZero_LRH, GrnTScatSpn_LRH, GrnTScatZero_LRH\n", "" ; float GrnTScatCoef_10um_LRH(time) ; GrnTScatCoef_10um_LRH:long_name = "TSI Low RH Neph. 550 nm total scat. coef. at 10 um" ; GrnTScatCoef_10um_LRH:units = "1/m" ; GrnTScatCoef_10um_LRH:valid_min = -1.e-05f ; GrnTScatCoef_10um_LRH:valid_max = 0.1f ; GrnTScatCoef_10um_LRH:resolution = 1.e-06f ; GrnTScatCoef_10um_LRH:missing_value = -9999.f ; GrnTScatCoef_10um_LRH:C_format = "%10.3e" ; int qc_GrnTScatCoef_10um_LRH(time) ; qc_GrnTScatCoef_10um_LRH:long_name = "QC bits: TSI Low RH Neph. 550 nm total scat. coef. at 10 um" ; qc_GrnTScatCoef_10um_LRH:units = "unitless" ; qc_GrnTScatCoef_10um_LRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_LRH, TSINephTsamp_LRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_LRH, TSINephLV_LRH, TSINephLC_LRH,\n", " GrnRScatZero_LRH, GrnTScatSpn_LRH, GrnTScatZero_LRH\n", "" ; float RedTScatCoef_1um_LRH(time) ; RedTScatCoef_1um_LRH:long_name = "TSI Low RH Neph. 700 nm total scat. coef. at 1 um" ; RedTScatCoef_1um_LRH:units = "1/m" ; RedTScatCoef_1um_LRH:valid_min = -1.e-05f ; RedTScatCoef_1um_LRH:valid_max = 0.1f ; RedTScatCoef_1um_LRH:resolution = 1.e-06f ; RedTScatCoef_1um_LRH:missing_value = -9999.f ; RedTScatCoef_1um_LRH:C_format = "%10.3e" ; int qc_RedTScatCoef_1um_LRH(time) ; qc_RedTScatCoef_1um_LRH:long_name = "QC bits: TSI Low RH Neph. 700 nm total scat. coef. at 1 um" ; qc_RedTScatCoef_1um_LRH:units = "unitless" ; qc_RedTScatCoef_1um_LRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_LRH, TSINephTsamp_LRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_LRH, TSINephLV_LRH, TSINephLC_LRH,\n", " RedRScatZero_LRH, RedTScatSpn_LRH, RedTScatZero_LRH\n", "" ; float RedTScatCoef_10um_LRH(time) ; RedTScatCoef_10um_LRH:long_name = "TSI Low RH Neph. 700 nm total scat. coef. at 10 um" ; RedTScatCoef_10um_LRH:units = "1/m" ; RedTScatCoef_10um_LRH:valid_min = -1.e-05f ; RedTScatCoef_10um_LRH:valid_max = 0.1f ; RedTScatCoef_10um_LRH:resolution = 1.e-06f ; RedTScatCoef_10um_LRH:missing_value = -9999.f ; RedTScatCoef_10um_LRH:C_format = "%10.3e" ; int qc_RedTScatCoef_10um_LRH(time) ; qc_RedTScatCoef_10um_LRH:long_name = "QC bits: TSI Low RH Neph. 700 nm total scat. coef. at 10 um" ; qc_RedTScatCoef_10um_LRH:units = "unitless" ; qc_RedTScatCoef_10um_LRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_LRH, TSINephTsamp_LRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_LRH, TSINephLV_LRH, TSINephLC_LRH,\n", " RedRScatZero_LRH, RedTScatSpn_LRH, RedTScatZero_LRH\n", "" ; float BluBScatCoef_1um_LRH(time) ; BluBScatCoef_1um_LRH:long_name = "TSI Low RH Neph. 450 nm backscat. coef. at 1 um" ; BluBScatCoef_1um_LRH:units = "1/m" ; BluBScatCoef_1um_LRH:valid_min = -1.e-05f ; BluBScatCoef_1um_LRH:valid_max = 0.1f ; BluBScatCoef_1um_LRH:resolution = 1.e-06f ; BluBScatCoef_1um_LRH:missing_value = -9999.f ; BluBScatCoef_1um_LRH:C_format = "%10.3e" ; int qc_BluBScatCoef_1um_LRH(time) ; qc_BluBScatCoef_1um_LRH:long_name = "QC bits: TSI Low RH Neph. 450 nm backscat. coef. at 1 um" ; qc_BluBScatCoef_1um_LRH:units = "unitless" ; qc_BluBScatCoef_1um_LRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_LRH, TSINephTsamp_LRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_LRH, TSINephLV_LRH, TSINephLC_LRH,\n", " BluRScatZero_LRH, BluBScatSpn_LRH, BluBScatZero_LRH\n", "" ; float BluBScatCoef_10um_LRH(time) ; BluBScatCoef_10um_LRH:long_name = "TSI Low RH Neph. 450 nm backscat. coef. at 10 um" ; BluBScatCoef_10um_LRH:units = "1/m" ; BluBScatCoef_10um_LRH:valid_min = -1.e-05f ; BluBScatCoef_10um_LRH:valid_max = 0.1f ; BluBScatCoef_10um_LRH:resolution = 1.e-06f ; BluBScatCoef_10um_LRH:missing_value = -9999.f ; BluBScatCoef_10um_LRH:C_format = "%10.3e" ; int qc_BluBScatCoef_10um_LRH(time) ; qc_BluBScatCoef_10um_LRH:long_name = "QC bits: TSI Low RH Neph. 450 nm backscat. coef. at 10 um" ; qc_BluBScatCoef_10um_LRH:units = "unitless" ; qc_BluBScatCoef_10um_LRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_LRH, TSINephTsamp_LRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_LRH, TSINephLV_LRH, TSINephLC_LRH,\n", " BluRScatZero_LRH, BluBScatSpn_LRH, BluBScatZero_LRH\n", "" ; float GrnBScatCoef_1um_LRH(time) ; GrnBScatCoef_1um_LRH:long_name = "TSI Low RH Neph. 550 nm backscat. coef. at 1 um" ; GrnBScatCoef_1um_LRH:units = "1/m" ; GrnBScatCoef_1um_LRH:valid_min = -1.e-05f ; GrnBScatCoef_1um_LRH:valid_max = 0.1f ; GrnBScatCoef_1um_LRH:resolution = 1.e-06f ; GrnBScatCoef_1um_LRH:missing_value = -9999.f ; GrnBScatCoef_1um_LRH:C_format = "%10.3e" ; int qc_GrnBScatCoef_1um_LRH(time) ; qc_GrnBScatCoef_1um_LRH:long_name = "QC bits: TSI Low RH Neph. 550 nm backscat. coef. at 1 um" ; qc_GrnBScatCoef_1um_LRH:units = "unitless" ; qc_GrnBScatCoef_1um_LRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_LRH, TSINephTsamp_LRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_LRH, TSINephLV_LRH, TSINephLC_LRH,\n", " GrnRScatZero_LRH, GrnBScatSpn_LRH, GrnBScatZero_LRH\n", "" ; float GrnBScatCoef_10um_LRH(time) ; GrnBScatCoef_10um_LRH:long_name = "TSI Low RH Neph. 550 nm backscat. coef. at 10 um" ; GrnBScatCoef_10um_LRH:units = "1/m" ; GrnBScatCoef_10um_LRH:valid_min = -1.e-05f ; GrnBScatCoef_10um_LRH:valid_max = 0.1f ; GrnBScatCoef_10um_LRH:resolution = 1.e-06f ; GrnBScatCoef_10um_LRH:missing_value = -9999.f ; GrnBScatCoef_10um_LRH:C_format = "%10.3e" ; int qc_GrnBScatCoef_10um_LRH(time) ; qc_GrnBScatCoef_10um_LRH:long_name = "QC bits: TSI Low RH Neph. 550 nm backscat. coef. at 10 um" ; qc_GrnBScatCoef_10um_LRH:units = "unitless" ; qc_GrnBScatCoef_10um_LRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_LRH, TSINephTsamp_LRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_LRH, TSINephLV_LRH, TSINephLC_LRH,\n", " GrnRScatZero_LRH, GrnBScatSpn_LRH, GrnBScatZero_LRH\n", "" ; float RedBScatCoef_1um_LRH(time) ; RedBScatCoef_1um_LRH:long_name = "TSI Low RH Neph. 700 nm backscat. coef. at 1 um" ; RedBScatCoef_1um_LRH:units = "1/m" ; RedBScatCoef_1um_LRH:valid_min = -1.e-05f ; RedBScatCoef_1um_LRH:valid_max = 0.1f ; RedBScatCoef_1um_LRH:resolution = 1.e-06f ; RedBScatCoef_1um_LRH:missing_value = -9999.f ; RedBScatCoef_1um_LRH:C_format = "%10.3e" ; int qc_RedBScatCoef_1um_LRH(time) ; qc_RedBScatCoef_1um_LRH:long_name = "QC bits: TSI Low RH Neph. 700 nm backscat. coef. at 1 um" ; qc_RedBScatCoef_1um_LRH:units = "unitless" ; qc_RedBScatCoef_1um_LRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_LRH, TSINephTsamp_LRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_LRH, TSINephLV_LRH, TSINephLC_LRH,\n", " RedRScatZero_LRH, RedBScatSpn_LRH, RedBScatZero_LRH\n", "" ; float RedBScatCoef_10um_LRH(time) ; RedBScatCoef_10um_LRH:long_name = "TSI Low RH Neph. 700 nm backscat. coef. at 10 um" ; RedBScatCoef_10um_LRH:units = "1/m" ; RedBScatCoef_10um_LRH:valid_min = -1.e-05f ; RedBScatCoef_10um_LRH:valid_max = 0.1f ; RedBScatCoef_10um_LRH:resolution = 1.e-06f ; RedBScatCoef_10um_LRH:missing_value = -9999.f ; RedBScatCoef_10um_LRH:C_format = "%10.3e" ; int qc_RedBScatCoef_10um_LRH(time) ; qc_RedBScatCoef_10um_LRH:long_name = "QC bits: TSI Low RH Neph. 700 nm backscat. coef. at 10 um" ; qc_RedBScatCoef_10um_LRH:units = "unitless" ; float TSINephTin_HRH(time) ; TSINephTin_HRH:long_name = "TSI High RH Neph. inlet temperature" ; TSINephTin_HRH:units = "degrees K" ; TSINephTin_HRH:valid_min = 270.f ; TSINephTin_HRH:valid_max = 320.f ; TSINephTin_HRH:missing_value = -9999.f ; TSINephTin_HRH:C_format = "%10.3e" ; int qc_TSINephTin_HRH(time) ; qc_TSINephTin_HRH:long_name = "QC bits: TSI High RH Neph. inlet temperature" ; qc_TSINephTin_HRH:units = "unitless" ; float TSINephPres_HRH(time) ; TSINephPres_HRH:long_name = "TSI High RH Neph. Pressure" ; TSINephPres_HRH:units = "mb" ; TSINephPres_HRH:valid_min = 900.f ; TSINephPres_HRH:valid_max = 1050.f ; TSINephPres_HRH:missing_value = -9999.f ; TSINephPres_HRH:C_format = "%10.3e" ; int qc_TSINephPres_HRH(time) ; qc_TSINephPres_HRH:long_name = "QC bits: TSI High RH Neph. Pressure" ; qc_TSINephPres_HRH:units = "unitless" ; float TSINephTSamp_HRH(time) ; TSINephTSamp_HRH:long_name = "TSI High RH Neph. Sample Temperature" ; TSINephTSamp_HRH:units = "degrees K" ; TSINephTSamp_HRH:valid_min = 270.f ; TSINephTSamp_HRH:valid_max = 320.f ; TSINephTSamp_HRH:missing_value = -9999.f ; TSINephTSamp_HRH:C_format = "%10.3e" ; int qc_TSINephTSamp_HRH(time) ; qc_TSINephTSamp_HRH:long_name = "QC bits: TSI High RH Neph. Sample Temperature" ; qc_TSINephTSamp_HRH:units = "unitless" ; float TSINephRHSamp_HRH(time) ; TSINephRHSamp_HRH:long_name = "TSI High RH Neph. relative humidity" ; TSINephRHSamp_HRH:units = "%" ; TSINephRHSamp_HRH:valid_min = 0.f ; TSINephRHSamp_HRH:valid_max = 100.f ; TSINephRHSamp_HRH:missing_value = -9999.f ; TSINephRHSamp_HRH:C_format = "%10.3e" ; int qc_TSINephRHSamp_HRH(time) ; qc_TSINephRHSamp_HRH:long_name = "QC bits: TSI High RH Neph. relative humidity" ; qc_TSINephRHSamp_HRH:units = "unitless" ; float BluTScatCoef_1um_HRH(time) ; BluTScatCoef_1um_HRH:long_name = "TSI High RH Neph. 450 nm total scat. coef. at 1 um" ; BluTScatCoef_1um_HRH:units = "1/m" ; BluTScatCoef_1um_HRH:valid_min = -1.e-05f ; BluTScatCoef_1um_HRH:valid_max = 0.1f ; BluTScatCoef_1um_HRH:resolution = 1.e-06f ; BluTScatCoef_1um_HRH:missing_value = -9999.f ; BluTScatCoef_1um_HRH:C_format = "%10.3e" ; int qc_BluTScatCoef_1um_HRH(time) ; qc_BluTScatCoef_1um_HRH:long_name = "QC bits: TSI High RH Neph. 450 nm total scat. coef. at 1 um" ; qc_BluTScatCoef_1um_HRH:units = "unitless" ; qc_BluTScatCoef_1um_HRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_HRH, TSINephTsamp_HRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_HRH, TSINephLV_HRH, TSINephLC_HRH,\n", " BluRScatZero_HRH, BluTScatSpn_HRH, BluTScatZero_HRH\n", "" ; float BluTScatCoef_10um_HRH(time) ; BluTScatCoef_10um_HRH:long_name = "TSI High RH Neph. 450 nm total scat. coef. at 10 um" ; BluTScatCoef_10um_HRH:units = "1/m" ; BluTScatCoef_10um_HRH:valid_min = -1.e-05f ; BluTScatCoef_10um_HRH:valid_max = 0.1f ; BluTScatCoef_10um_HRH:resolution = 1.e-06f ; BluTScatCoef_10um_HRH:missing_value = -9999.f ; BluTScatCoef_10um_HRH:C_format = "%10.3e" ; int qc_BluTScatCoef_10um_HRH(time) ; qc_BluTScatCoef_10um_HRH:long_name = "QC bits: TSI High RH Neph. 450 nm total scat. coef. at 10 um" ; qc_BluTScatCoef_10um_HRH:units = "unitless" ; qc_BluTScatCoef_10um_HRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_HRH, TSINephTsamp_HRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_HRH, TSINephLV_HRH, TSINephLC_HRH,\n", " BluRScatZero_HRH, BluTScatSpn_HRH, BluTScatZero_HRH\n", "" ; float GrnTScatCoef_1um_HRH(time) ; GrnTScatCoef_1um_HRH:long_name = "TSI High RH Neph. 550 nm total scat. coef. at 1 um" ; GrnTScatCoef_1um_HRH:units = "1/m" ; GrnTScatCoef_1um_HRH:valid_min = -1.e-05f ; GrnTScatCoef_1um_HRH:valid_max = 0.1f ; GrnTScatCoef_1um_HRH:resolution = 1.e-06f ; GrnTScatCoef_1um_HRH:missing_value = -9999.f ; GrnTScatCoef_1um_HRH:C_format = "%10.3e" ; int qc_GrnTScatCoef_1um_HRH(time) ; qc_GrnTScatCoef_1um_HRH:long_name = "QC bits: TSI High RH Neph. 550 nm total scat. coef. at 1 um" ; qc_GrnTScatCoef_1um_HRH:units = "unitless" ; qc_GrnTScatCoef_1um_HRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_HRH, TSINephTsamp_HRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_HRH, TSINephLV_HRH, TSINephLC_HRH,\n", " GrnRScatZero_HRH, GrnTScatSpn_HRH, GrnTScatZero_HRH\n", "" ; float GrnTScatCoef_10um_HRH(time) ; GrnTScatCoef_10um_HRH:long_name = "TSI High RH Neph. 550 nm total scat. coef. at 10 um" ; GrnTScatCoef_10um_HRH:units = "1/m" ; GrnTScatCoef_10um_HRH:valid_min = -1.e-05f ; GrnTScatCoef_10um_HRH:valid_max = 0.1f ; GrnTScatCoef_10um_HRH:resolution = 1.e-06f ; GrnTScatCoef_10um_HRH:missing_value = -9999.f ; GrnTScatCoef_10um_HRH:C_format = "%10.3e" ; int qc_GrnTScatCoef_10um_HRH(time) ; qc_GrnTScatCoef_10um_HRH:long_name = "QC bits: TSI High RH Neph. 550 nm total scat. coef. at 10 um" ; qc_GrnTScatCoef_10um_HRH:units = "unitless" ; qc_GrnTScatCoef_10um_HRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_HRH, TSINephTsamp_HRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_HRH, TSINephLV_HRH, TSINephLC_HRH,\n", " GrnRScatZero_HRH, GrnTScatSpn_HRH, GrnTScatZero_HRH\n", "" ; float RedTScatCoef_1um_HRH(time) ; RedTScatCoef_1um_HRH:long_name = "TSI High RH Neph. 700 nm total scat. coef. at 1 um" ; RedTScatCoef_1um_HRH:units = "1/m" ; RedTScatCoef_1um_HRH:valid_min = -1.e-05f ; RedTScatCoef_1um_HRH:valid_max = 0.1f ; RedTScatCoef_1um_HRH:resolution = 1.e-06f ; RedTScatCoef_1um_HRH:missing_value = -9999.f ; RedTScatCoef_1um_HRH:C_format = "%10.3e" ; int qc_RedTScatCoef_1um_HRH(time) ; qc_RedTScatCoef_1um_HRH:long_name = "QC bits: TSI High RH Neph. 700 nm total scat. coef. at 1 um" ; qc_RedTScatCoef_1um_HRH:units = "unitless" ; qc_RedTScatCoef_1um_HRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_HRH, TSINephTsamp_HRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_HRH, TSINephLV_HRH, TSINephLC_HRH,\n", " RedRScatZero_HRH, RedTScatSpn_HRH, RedTScatZero_HRH\n", "" ; float RedTScatCoef_10um_HRH(time) ; RedTScatCoef_10um_HRH:long_name = "TSI High RH Neph. 700 nm total scat. coef. at 10 um" ; RedTScatCoef_10um_HRH:units = "1/m" ; RedTScatCoef_10um_HRH:valid_min = -1.e-05f ; RedTScatCoef_10um_HRH:valid_max = 0.1f ; RedTScatCoef_10um_HRH:resolution = 1.e-06f ; RedTScatCoef_10um_HRH:missing_value = -9999.f ; RedTScatCoef_10um_HRH:C_format = "%10.3e" ; int qc_RedTScatCoef_10um_HRH(time) ; qc_RedTScatCoef_10um_HRH:long_name = "QC bits: TSI High RH Neph. 700 nm total scat. coef. at 10 um" ; qc_RedTScatCoef_10um_HRH:units = "unitless" ; qc_RedTScatCoef_10um_HRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_HRH, TSINephTsamp_HRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_HRH, TSINephLV_HRH, TSINephLC_HRH,\n", " RedRScatZero_HRH, RedTScatSpn_HRH, RedTScatZero_HRH\n", "" ; float BluBScatCoef_1um_HRH(time) ; BluBScatCoef_1um_HRH:long_name = "TSI High RH Neph. 450 nm backscat. coef. at 1 um" ; BluBScatCoef_1um_HRH:units = "1/m" ; BluBScatCoef_1um_HRH:valid_min = -1.e-05f ; BluBScatCoef_1um_HRH:valid_max = 0.1f ; BluBScatCoef_1um_HRH:resolution = 1.e-06f ; BluBScatCoef_1um_HRH:missing_value = -9999.f ; BluBScatCoef_1um_HRH:C_format = "%10.3e" ; int qc_BluBScatCoef_1um_HRH(time) ; qc_BluBScatCoef_1um_HRH:long_name = "QC bits: TSI High RH Neph. 450 nm backscat. coef. at 1 um" ; qc_BluBScatCoef_1um_HRH:units = "unitless" ; qc_BluBScatCoef_1um_HRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_HRH, TSINephTsamp_HRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_HRH, TSINephLV_HRH, TSINephLC_HRH,\n", " BluRScatZero_HRH, BluBScatSpn_HRH, BluBScatZero_HRH\n", "" ; float BluBScatCoef_10um_HRH(time) ; BluBScatCoef_10um_HRH:long_name = "TSI High RH Neph. 450 nm backscat. coef. at 10 um" ; BluBScatCoef_10um_HRH:units = "1/m" ; BluBScatCoef_10um_HRH:valid_min = -1.e-05f ; BluBScatCoef_10um_HRH:valid_max = 0.1f ; BluBScatCoef_10um_HRH:resolution = 1.e-06f ; BluBScatCoef_10um_HRH:missing_value = -9999.f ; BluBScatCoef_10um_HRH:C_format = "%10.3e" ; int qc_BluBScatCoef_10um_HRH(time) ; qc_BluBScatCoef_10um_HRH:long_name = "QC bits: TSI High RH Neph. 450 nm backscat. coef. at 10 um" ; qc_BluBScatCoef_10um_HRH:units = "unitless" ; qc_BluBScatCoef_10um_HRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_HRH, TSINephTsamp_HRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_HRH, TSINephLV_HRH, TSINephLC_HRH,\n", " BluRScatZero_HRH, BluBScatSpn_HRH, BluBScatZero_HRH\n", "" ; float GrnBScatCoef_1um_HRH(time) ; GrnBScatCoef_1um_HRH:long_name = "TSI High RH Neph. 550 nm backscat. coef. at 1 um" ; GrnBScatCoef_1um_HRH:units = "1/m" ; GrnBScatCoef_1um_HRH:valid_min = -1.e-05f ; GrnBScatCoef_1um_HRH:valid_max = 0.1f ; GrnBScatCoef_1um_HRH:resolution = 1.e-06f ; GrnBScatCoef_1um_HRH:missing_value = -9999.f ; GrnBScatCoef_1um_HRH:C_format = "%10.3e" ; int qc_GrnBScatCoef_1um_HRH(time) ; qc_GrnBScatCoef_1um_HRH:long_name = "QC bits: TSI High RH Neph. 550 nm backscat. coef. at 1 um" ; qc_GrnBScatCoef_1um_HRH:units = "unitless" ; qc_GrnBScatCoef_1um_HRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_HRH, TSINephTsamp_HRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_HRH, TSINephLV_HRH, TSINephLC_HRH,\n", " GrnRScatZero_HRH, GrnBScatSpn_HRH, GrnBScatZero_HRH\n", "" ; float GrnBScatCoef_10um_HRH(time) ; GrnBScatCoef_10um_HRH:long_name = "TSI High RH Neph. 550 nm backscat. coef. at 10 um" ; GrnBScatCoef_10um_HRH:units = "1/m" ; GrnBScatCoef_10um_HRH:valid_min = -1.e-05f ; GrnBScatCoef_10um_HRH:valid_max = 0.1f ; GrnBScatCoef_10um_HRH:resolution = 1.e-06f ; GrnBScatCoef_10um_HRH:missing_value = -9999.f ; GrnBScatCoef_10um_HRH:C_format = "%10.3e" ; int qc_GrnBScatCoef_10um_HRH(time) ; qc_GrnBScatCoef_10um_HRH:long_name = "QC bits: TSI High RH Neph. 550 nm backscat. coef. at 10 um" ; qc_GrnBScatCoef_10um_HRH:units = "unitless" ; qc_GrnBScatCoef_10um_HRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_HRH, TSINephTsamp_HRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_HRH, TSINephLV_HRH, TSINephLC_HRH,\n", " GrnRScatZero_HRH, GrnBScatSpn_HRH, GrnBScatZero_HRH\n", "" ; float RedBScatCoef_1um_HRH(time) ; RedBScatCoef_1um_HRH:long_name = "TSI High RH Neph. 700 nm backscat. coef. at 1 um" ; RedBScatCoef_1um_HRH:units = "1/m" ; RedBScatCoef_1um_HRH:valid_min = -1.e-05f ; RedBScatCoef_1um_HRH:valid_max = 0.1f ; RedBScatCoef_1um_HRH:resolution = 1.e-06f ; RedBScatCoef_1um_HRH:missing_value = -9999.f ; RedBScatCoef_1um_HRH:C_format = "%10.3e" ; int qc_RedBScatCoef_1um_HRH(time) ; qc_RedBScatCoef_1um_HRH:long_name = "QC bits: TSI High RH Neph. 700 nm backscat. coef. at 1 um" ; qc_RedBScatCoef_1um_HRH:units = "unitless" ; qc_RedBScatCoef_1um_HRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_HRH, TSINephTsamp_HRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_HRH, TSINephLV_HRH, TSINephLC_HRH,\n", " RedRScatZero_HRH, RedBScatSpn_HRH, RedBScatZero_HRH\n", "" ; float RedBScatCoef_10um_HRH(time) ; RedBScatCoef_10um_HRH:long_name = "TSI High RH Neph. 700 nm backscat. coef. at 10 um" ; RedBScatCoef_10um_HRH:units = "1/m" ; RedBScatCoef_10um_HRH:valid_min = -1.e-05f ; RedBScatCoef_10um_HRH:valid_max = 0.1f ; RedBScatCoef_10um_HRH:resolution = 1.e-06f ; RedBScatCoef_10um_HRH:missing_value = -9999.f ; RedBScatCoef_10um_HRH:C_format = "%10.3e" ; int qc_RedBScatCoef_10um_HRH(time) ; qc_RedBScatCoef_10um_HRH:long_name = "QC bits: TSI High RH Neph. 700 nm backscat. coef. at 10 um" ; qc_RedBScatCoef_10um_HRH:units = "unitless" ; qc_RedBScatCoef_10um_HRH:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in this data file:\n", "\n", " TSINephPres_HRH, TSINephTsamp_HRH\n", "\n", " Fields in auxiliary data file:\n", "\n", " Line8Flow, TSISensGrn_HRH, TSINephLV_HRH, TSINephLC_HRH,\n", " RedRScatZero_HRH, RedBScatSpn_HRH, RedBScatZero_HRH\n", "" ; float HGupstream_T(time) ; HGupstream_T:long_name = "Temp. upstream of humidograph" ; HGupstream_T:units = "degrees C" ; HGupstream_T:valid_min = -20.f ; HGupstream_T:valid_max = 50.f ; HGupstream_T:resolution = 0.1f ; HGupstream_T:missing_value = -9999.f ; HGupstream_T:C_format = "%4.1f" ; int qc_HGupstream_T(time) ; qc_HGupstream_T:long_name = "QC bits: Temp. upstream of humidograph" ; qc_HGupstream_T:units = "unitless" ; float HGupstream_RH(time) ; HGupstream_RH:long_name = "RH upstream of humidograph" ; HGupstream_RH:units = "%" ; HGupstream_RH:valid_min = 0.f ; HGupstream_RH:valid_max = 100.f ; HGupstream_RH:resolution = 0.1f ; HGupstream_RH:missing_value = -9999.f ; HGupstream_RH:C_format = "%5.1f" ; int qc_HGupstream_RH(time) ; qc_HGupstream_RH:long_name = "QC bits: RH upstream of humidograph" ; qc_HGupstream_RH:units = "unitless" ; float HGdownstream_T(time) ; HGdownstream_T:long_name = "Temp. downstream of humidograph" ; HGdownstream_T:units = "degrees C" ; HGdownstream_T:valid_min = -20.f ; HGdownstream_T:valid_max = 50.f ; HGdownstream_T:resolution = 0.1f ; HGdownstream_T:missing_value = -9999.f ; HGdownstream_T:C_format = "%4.1f" ; int qc_HGdownstream_T(time) ; qc_HGdownstream_T:long_name = "QC bits: Temp. downstream of humidograph" ; qc_HGdownstream_T:units = "unitless" ; float HGdownstream_RH(time) ; HGdownstream_RH:long_name = "RH downstream of humidograph" ; HGdownstream_RH:units = "%" ; HGdownstream_RH:valid_min = 0.f ; HGdownstream_RH:valid_max = 100.f ; HGdownstream_RH:resolution = 0.1f ; HGdownstream_RH:missing_value = -9999.f ; HGdownstream_RH:C_format = "%5.1f" ; int qc_HGdownstream_RH(time) ; qc_HGdownstream_RH:long_name = "QC bits: RH downstream of humidograph" ; qc_HGdownstream_RH:units = "unitless" ; float CPCPartConc(time) ; CPCPartConc:long_name = "CPC Particle concentration" ; CPCPartConc:units = "1/cm^3" ; CPCPartConc:valid_min = 100.f ; CPCPartConc:valid_max = 30000.f ; CPCPartConc:resolution = 10.f ; CPCPartConc:missing_value = -9999.f ; CPCPartConc:C_format = "%10.3e" ; int qc_CPCPartConc(time) ; qc_CPCPartConc:long_name = "QC bits: CPC Particle concentration" ; qc_CPCPartConc:units = "unitless" ; qc_CPCPartConc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " CPCCondT, CPCSaturT, CPCDeltT\n", "" ; float Pa1000Conc(time) ; Pa1000Conc:long_name = "PMS PCASP Chan. 0 (Dp > 10 micrometers)" ; Pa1000Conc:units = "1/cm^3" ; Pa1000Conc:valid_min = -0.1f ; Pa1000Conc:valid_max = 50.f ; Pa1000Conc:resolution = 0.01f ; Pa1000Conc:missing_value = -9999.f ; Pa1000Conc:C_format = "%10.3e" ; int qc_Pa1000Conc(time) ; qc_Pa1000Conc:long_name = "QC bits: PMS PCASP Chan. 0 (Dp > 10 micrometers)" ; qc_Pa1000Conc:units = "unitless" ; qc_Pa1000Conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa10_p12conc(time) ; pa10_p12conc:long_name = "PMS PCASP Chan. 1 1/cm^3 (0.10 micrometers < Dp < 0.12)" ; pa10_p12conc:units = "1/cm^3" ; pa10_p12conc:valid_min = -1.f ; pa10_p12conc:valid_max = 5000.f ; pa10_p12conc:resolution = 0.1f ; pa10_p12conc:missing_value = -9999.f ; pa10_p12conc:C_format = "%10.3e" ; int qc_pa10_p12conc(time) ; qc_pa10_p12conc:long_name = "QC bits: PMS PCASP Chan. 1 1/cm^3 (0.10 micrometers < Dp < 0.12)" ; qc_pa10_p12conc:units = "unitless" ; qc_pa10_p12conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa12_p14conc(time) ; pa12_p14conc:long_name = "PMS PCASP Chan. 2 (0.12 micrometers < Dp < 0.14)" ; pa12_p14conc:units = "1/cm^3" ; pa12_p14conc:valid_min = -1.f ; pa12_p14conc:valid_max = 5000.f ; pa12_p14conc:resolution = 0.1f ; pa12_p14conc:missing_value = -9999.f ; pa12_p14conc:C_format = "%10.3e" ; int qc_pa12_p14conc(time) ; qc_pa12_p14conc:long_name = "QC bits: PMS PCASP Chan. 2 (0.12 micrometers < Dp < 0.14)" ; qc_pa12_p14conc:units = "unitless" ; qc_pa12_p14conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa14_p16conc(time) ; pa14_p16conc:long_name = "PMS PCASP Chan. 3 (0.14 micrometers < Dp < 0.16)" ; pa14_p16conc:units = "1/cm^3" ; pa14_p16conc:valid_min = -1.f ; pa14_p16conc:valid_max = 5000.f ; pa14_p16conc:resolution = 0.1f ; pa14_p16conc:missing_value = -9999.f ; pa14_p16conc:C_format = "%10.3e" ; int qc_pa14_p16conc(time) ; qc_pa14_p16conc:long_name = "QC bits: PMS PCASP Chan. 3 (0.14 micrometers < Dp < 0.16)" ; qc_pa14_p16conc:units = "unitless" ; qc_pa14_p16conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa16_p18conc(time) ; pa16_p18conc:long_name = "PMS PCASP Chan. 4 (0.16 micrometers < Dp < 0.18)" ; pa16_p18conc:units = "1/cm^3" ; pa16_p18conc:valid_min = -1.f ; pa16_p18conc:valid_max = 5000.f ; pa16_p18conc:resolution = 0.1f ; pa16_p18conc:missing_value = -9999.f ; pa16_p18conc:C_format = "%10.3e" ; int qc_pa16_p18conc(time) ; qc_pa16_p18conc:long_name = "QC bits: PMS PCASP Chan. 4 (0.16 micrometers < Dp < 0.18)" ; qc_pa16_p18conc:units = "unitless" ; qc_pa16_p18conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa18_p20conc(time) ; pa18_p20conc:long_name = "PMS PCASP Chan. 5 (0.18 micrometers < Dp < 0.20)" ; pa18_p20conc:units = "1/cm^3" ; pa18_p20conc:valid_min = -1.f ; pa18_p20conc:valid_max = 5000.f ; pa18_p20conc:resolution = 0.1f ; pa18_p20conc:missing_value = -9999.f ; pa18_p20conc:C_format = "%10.3e" ; int qc_pa18_p20conc(time) ; qc_pa18_p20conc:long_name = "QC bits: PMS PCASP Chan. 5 (0.18 micrometers < Dp < 0.20)" ; qc_pa18_p20conc:units = "unitless" ; qc_pa18_p20conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa20_p23conc(time) ; pa20_p23conc:long_name = "PMS PCASP Chan. 6 (0.20 micrometers < Dp < 0.23)" ; pa20_p23conc:units = "1/cm^3" ; pa20_p23conc:valid_min = -1.f ; pa20_p23conc:valid_max = 5000.f ; pa20_p23conc:resolution = 0.1f ; pa20_p23conc:missing_value = -9999.f ; pa20_p23conc:C_format = "%10.3e" ; int qc_pa20_p23conc(time) ; qc_pa20_p23conc:long_name = "QC bits: PMS PCASP Chan. 6 (0.20 micrometers < Dp < 0.23)" ; qc_pa20_p23conc:units = "unitless" ; qc_pa20_p23conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa23_p26conc(time) ; pa23_p26conc:long_name = "PMS PCASP Chan. 7 (0.23 micrometers < Dp < 0.26)" ; pa23_p26conc:units = "1/cm^3" ; pa23_p26conc:valid_min = -1.f ; pa23_p26conc:valid_max = 5000.f ; pa23_p26conc:resolution = 0.1f ; pa23_p26conc:missing_value = -9999.f ; pa23_p26conc:C_format = "%10.3e" ; int qc_pa23_p26conc(time) ; qc_pa23_p26conc:long_name = "QC bits: PMS PCASP Chan. 7 (0.23 micrometers < Dp < 0.26)" ; qc_pa23_p26conc:units = "unitless" ; qc_pa23_p26conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa26_p30conc(time) ; pa26_p30conc:long_name = "PMS PCASP Chan. 8 (0.26 micrometers < Dp < 0.30)" ; pa26_p30conc:units = "1/cm^3" ; pa26_p30conc:valid_min = -1.f ; pa26_p30conc:valid_max = 5000.f ; pa26_p30conc:resolution = 0.1f ; pa26_p30conc:missing_value = -9999.f ; pa26_p30conc:C_format = "%10.3e" ; int qc_pa26_p30conc(time) ; qc_pa26_p30conc:long_name = "QC bits: PMS PCASP Chan. 8 (0.26 micrometers < Dp < 0.30)" ; qc_pa26_p30conc:units = "unitless" ; qc_pa26_p30conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa30_p35conc(time) ; pa30_p35conc:long_name = "PMS PCASP Chan. 9 (0.30 micrometers < Dp < 0.35)" ; pa30_p35conc:units = "1/cm^3" ; pa30_p35conc:valid_min = -1.f ; pa30_p35conc:valid_max = 5000.f ; pa30_p35conc:resolution = 0.1f ; pa30_p35conc:missing_value = -9999.f ; pa30_p35conc:C_format = "%10.3e" ; int qc_pa30_p35conc(time) ; qc_pa30_p35conc:long_name = "QC bits: PMS PCASP Chan. 9 (0.30 micrometers < Dp < 0.35)" ; qc_pa30_p35conc:units = "unitless" ; qc_pa30_p35conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa35_p40conc(time) ; pa35_p40conc:long_name = "PMS PCASP Chan. 10 (0.35 micrometers < Dp < 0.40)" ; pa35_p40conc:units = "1/cm^3" ; pa35_p40conc:valid_min = -1.f ; pa35_p40conc:valid_max = 5000.f ; pa35_p40conc:resolution = 0.1f ; pa35_p40conc:missing_value = -9999.f ; pa35_p40conc:C_format = "%10.3e" ; int qc_pa35_p40conc(time) ; qc_pa35_p40conc:long_name = "QC bits: PMS PCASP Chan. 10 (0.35 micrometers < Dp < 0.40)" ; qc_pa35_p40conc:units = "unitless" ; qc_pa35_p40conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa40_p45conc(time) ; pa40_p45conc:long_name = "PMS PCASP Chan. 11 (0.35 micrometers < Dp < 0.40)" ; pa40_p45conc:units = "1/cm^3" ; pa40_p45conc:valid_min = -1.f ; pa40_p45conc:valid_max = 5000.f ; pa40_p45conc:resolution = 0.1f ; pa40_p45conc:missing_value = -9999.f ; pa40_p45conc:C_format = "%10.3e" ; int qc_pa40_p45conc(time) ; qc_pa40_p45conc:long_name = "QC bits: PMS PCASP Chan. 11 (0.35 micrometers < Dp < 0.40)" ; qc_pa40_p45conc:units = "unitless" ; qc_pa40_p45conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa45_p50conc(time) ; pa45_p50conc:long_name = "PMS PCASP Chan. 12 (0.45 micrometers < Dp < 0.50)" ; pa45_p50conc:units = "1/cm^3" ; pa45_p50conc:valid_min = -1.f ; pa45_p50conc:valid_max = 5000.f ; pa45_p50conc:resolution = 0.1f ; pa45_p50conc:missing_value = -9999.f ; pa45_p50conc:C_format = "%10.3e" ; int qc_pa45_p50conc(time) ; qc_pa45_p50conc:long_name = "QC bits: PMS PCASP Chan. 12 (0.45 micrometers < Dp < 0.50)" ; qc_pa45_p50conc:units = "unitless" ; qc_pa45_p50conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa50_p60conc(time) ; pa50_p60conc:long_name = "PMS PCASP Chan. 13 (0.50 micrometers < Dp < 0.60)" ; pa50_p60conc:units = "1/cm^3" ; pa50_p60conc:valid_min = -1.f ; pa50_p60conc:valid_max = 5000.f ; pa50_p60conc:resolution = 0.1f ; pa50_p60conc:missing_value = -9999.f ; pa50_p60conc:C_format = "%10.3e" ; int qc_pa50_p60conc(time) ; qc_pa50_p60conc:long_name = "QC bits: PMS PCASP Chan. 13 (0.50 micrometers < Dp < 0.60)" ; qc_pa50_p60conc:units = "unitless" ; qc_pa50_p60conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa60_p70conc(time) ; pa60_p70conc:long_name = "PMS PCASP Chan. 14 (0.60 micrometers < Dp < 0.70)" ; pa60_p70conc:units = "1/cm^3" ; pa60_p70conc:valid_min = -1.f ; pa60_p70conc:valid_max = 5000.f ; pa60_p70conc:resolution = 0.1f ; pa60_p70conc:missing_value = -9999.f ; pa60_p70conc:C_format = "%10.3e" ; int qc_pa60_p70conc(time) ; qc_pa60_p70conc:long_name = "QC bits: PMS PCASP Chan. 14 (0.60 micrometers < Dp < 0.70)" ; qc_pa60_p70conc:units = "unitless" ; qc_pa60_p70conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa70_p80conc(time) ; pa70_p80conc:long_name = "PMS PCASP Chan. 15 (0.70 micrometers < Dp < 0.80)" ; pa70_p80conc:units = "1/cm^3" ; pa70_p80conc:valid_min = -1.f ; pa70_p80conc:valid_max = 5000.f ; pa70_p80conc:resolution = 0.1f ; pa70_p80conc:missing_value = -9999.f ; pa70_p80conc:C_format = "%10.3e" ; int qc_pa70_p80conc(time) ; qc_pa70_p80conc:long_name = "QC bits: PMS PCASP Chan. 15 (0.70 micrometers < Dp < 0.80)" ; qc_pa70_p80conc:units = "unitless" ; qc_pa70_p80conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa80_p90conc(time) ; pa80_p90conc:long_name = "PMS PCASP Chan. 16 (0.80 micrometers < Dp < 0.90)" ; pa80_p90conc:units = "1/cm^3" ; pa80_p90conc:valid_min = -1.f ; pa80_p90conc:valid_max = 5000.f ; pa80_p90conc:resolution = 0.1f ; pa80_p90conc:missing_value = -9999.f ; pa80_p90conc:C_format = "%10.3e" ; int qc_pa80_p90conc(time) ; qc_pa80_p90conc:long_name = "QC bits: PMS PCASP Chan. 16 (0.80 micrometers < Dp < 0.90)" ; qc_pa80_p90conc:units = "unitless" ; qc_pa80_p90conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa90_p100conc(time) ; pa90_p100conc:long_name = "PMS PCASP Chan. 17 (0.90 micrometers < Dp < 1.00)" ; pa90_p100conc:units = "1/cm^3" ; pa90_p100conc:valid_min = -1.f ; pa90_p100conc:valid_max = 5000.f ; pa90_p100conc:resolution = 0.1f ; pa90_p100conc:missing_value = -9999.f ; pa90_p100conc:C_format = "%10.3e" ; int qc_pa90_p100conc(time) ; qc_pa90_p100conc:long_name = "QC bits: PMS PCASP Chan. 17 (0.90 micrometers < Dp < 1.00)" ; qc_pa90_p100conc:units = "unitless" ; qc_pa90_p100conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa100_p130conc(time) ; pa100_p130conc:long_name = "PMS PCASP Chan. 18 (1.00 micrometers < Dp < 1.30)" ; pa100_p130conc:units = "1/cm^3" ; pa100_p130conc:valid_min = -1.f ; pa100_p130conc:valid_max = 5000.f ; pa100_p130conc:resolution = 0.1f ; pa100_p130conc:missing_value = -9999.f ; pa100_p130conc:C_format = "%10.3e" ; int qc_pa100_p130conc(time) ; qc_pa100_p130conc:long_name = "QC bits: PMS PCASP Chan. 18 (1.00 micrometers < Dp < 1.30)" ; qc_pa100_p130conc:units = "unitless" ; qc_pa100_p130conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa130_p140conc(time) ; pa130_p140conc:long_name = "PMS PCASP Chan. 19 (1.30 micrometers < Dp < 1.40)" ; pa130_p140conc:units = "1/cm^3" ; pa130_p140conc:valid_min = -1.f ; pa130_p140conc:valid_max = 5000.f ; pa130_p140conc:resolution = 0.1f ; pa130_p140conc:missing_value = -9999.f ; pa130_p140conc:C_format = "%10.3e" ; int qc_pa130_p140conc(time) ; qc_pa130_p140conc:long_name = "QC bits: PMS PCASP Chan. 19 (1.30 micrometers < Dp < 1.40)" ; qc_pa130_p140conc:units = "unitless" ; qc_pa130_p140conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa140_p160conc(time) ; pa140_p160conc:long_name = "PMS PCASP Chan. 20 (1.40 micrometers < Dp < 1.60)" ; pa140_p160conc:units = "1/cm^3" ; pa140_p160conc:valid_min = -1.f ; pa140_p160conc:valid_max = 5000.f ; pa140_p160conc:resolution = 0.1f ; pa140_p160conc:missing_value = -9999.f ; pa140_p160conc:C_format = "%10.3e" ; int qc_pa140_p160conc(time) ; qc_pa140_p160conc:long_name = "QC bits: PMS PCASP Chan. 20 (1.40 micrometers < Dp < 1.60)" ; qc_pa140_p160conc:units = "unitless" ; qc_pa140_p160conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa160_p180conc(time) ; pa160_p180conc:long_name = "PMS PCASP Chan. 21 (1.60 micrometers < Dp < 1.80)" ; pa160_p180conc:units = "1/cm^3" ; pa160_p180conc:valid_min = -1.f ; pa160_p180conc:valid_max = 5000.f ; pa160_p180conc:resolution = 0.1f ; pa160_p180conc:missing_value = -9999.f ; pa160_p180conc:C_format = "%10.3e" ; int qc_pa160_p180conc(time) ; qc_pa160_p180conc:long_name = "QC bits: PMS PCASP Chan. 21 (1.60 micrometers < Dp < 1.80)" ; qc_pa160_p180conc:units = "unitless" ; qc_pa160_p180conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa180_p200conc(time) ; pa180_p200conc:long_name = "PMS PCASP Chan. 22 (1.80 micrometers < Dp < 2.00)" ; pa180_p200conc:units = "1/cm^3" ; pa180_p200conc:valid_min = -1.f ; pa180_p200conc:valid_max = 5000.f ; pa180_p200conc:resolution = 0.1f ; pa180_p200conc:missing_value = -9999.f ; pa180_p200conc:C_format = "%10.3e" ; int qc_pa180_p200conc(time) ; qc_pa180_p200conc:long_name = "QC bits: PMS PCASP Chan. 22 (1.80 micrometers < Dp < 2.00)" ; qc_pa180_p200conc:units = "unitless" ; qc_pa180_p200conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa200_p230conc(time) ; pa200_p230conc:long_name = "PMS PCASP Chan. 23 1/cm^3 (2.00 micrometers < Dp < 2.30)" ; pa200_p230conc:units = "1/cm^3" ; pa200_p230conc:valid_min = -1.f ; pa200_p230conc:valid_max = 5000.f ; pa200_p230conc:resolution = 0.1f ; pa200_p230conc:missing_value = -9999.f ; pa200_p230conc:C_format = "%10.3e" ; int qc_pa200_p230conc(time) ; qc_pa200_p230conc:long_name = "QC bits: PMS PCASP Chan. 23 1/cm^3 (2.00 micrometers < Dp < 2.30)" ; qc_pa200_p230conc:units = "unitless" ; qc_pa200_p230conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa230_p260conc(time) ; pa230_p260conc:long_name = "PMS PCASP Chan. 24 (2.30 micrometers < Dp < 2.60)" ; pa230_p260conc:units = "1/cm^3" ; pa230_p260conc:valid_min = -1.f ; pa230_p260conc:valid_max = 5000.f ; pa230_p260conc:resolution = 0.1f ; pa230_p260conc:missing_value = -9999.f ; pa230_p260conc:C_format = "%10.3e" ; int qc_pa230_p260conc(time) ; qc_pa230_p260conc:long_name = "QC bits: PMS PCASP Chan. 24 (2.30 micrometers < Dp < 2.60)" ; qc_pa230_p260conc:units = "unitless" ; qc_pa230_p260conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa260_p300conc(time) ; pa260_p300conc:long_name = "PMS PCASP Chan. 25 (2.60 micrometers < Dp < 3.00)" ; pa260_p300conc:units = "1/cm^3" ; pa260_p300conc:valid_min = -1.f ; pa260_p300conc:valid_max = 5000.f ; pa260_p300conc:resolution = 0.1f ; pa260_p300conc:missing_value = -9999.f ; pa260_p300conc:C_format = "%10.3e" ; int qc_pa260_p300conc(time) ; qc_pa260_p300conc:long_name = "QC bits: PMS PCASP Chan. 25 (2.60 micrometers < Dp < 3.00)" ; qc_pa260_p300conc:units = "unitless" ; qc_pa260_p300conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa300_p350conc(time) ; pa300_p350conc:long_name = "PMS PCASP Chan. 26 (3.00 micrometers < Dp < 3.50)" ; pa300_p350conc:units = "1/cm^3" ; pa300_p350conc:valid_min = -1.f ; pa300_p350conc:valid_max = 5000.f ; pa300_p350conc:resolution = 0.1f ; pa300_p350conc:missing_value = -9999.f ; pa300_p350conc:C_format = "%10.3e" ; int qc_pa300_p350conc(time) ; qc_pa300_p350conc:long_name = "QC bits: PMS PCASP Chan. 26 (3.00 micrometers < Dp < 3.50)" ; qc_pa300_p350conc:units = "unitless" ; qc_pa300_p350conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa350_p400conc(time) ; pa350_p400conc:long_name = "PMS PCASP Chan. 27 (3.50 micrometers < Dp < 4.00)" ; pa350_p400conc:units = "1/cm^3" ; pa350_p400conc:valid_min = -1.f ; pa350_p400conc:valid_max = 5000.f ; pa350_p400conc:resolution = 0.1f ; pa350_p400conc:missing_value = -9999.f ; pa350_p400conc:C_format = "%10.3e" ; int qc_pa350_p400conc(time) ; qc_pa350_p400conc:long_name = "QC bits: PMS PCASP Chan. 27 (3.50 micrometers < Dp < 4.00)" ; qc_pa350_p400conc:units = "unitless" ; qc_pa350_p400conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa400_p500conc(time) ; pa400_p500conc:long_name = "PMS PCASP Chan. 28 (4.00 micrometers < Dp < 5.00)" ; pa400_p500conc:units = "1/cm^3" ; pa400_p500conc:valid_min = -1.f ; pa400_p500conc:valid_max = 5000.f ; pa400_p500conc:resolution = 0.1f ; pa400_p500conc:missing_value = -9999.f ; pa400_p500conc:C_format = "%10.3e" ; int qc_pa400_p500conc(time) ; qc_pa400_p500conc:long_name = "QC bits: PMS PCASP Chan. 28 (4.00 micrometers < Dp < 5.00)" ; qc_pa400_p500conc:units = "unitless" ; qc_pa400_p500conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa500_p650conc(time) ; pa500_p650conc:long_name = "PMS PCASP Chan. 29 (5.00 micrometers < Dp < 6.50)" ; pa500_p650conc:units = "1/cm^3" ; pa500_p650conc:valid_min = -1.f ; pa500_p650conc:valid_max = 5000.f ; pa500_p650conc:resolution = 0.1f ; pa500_p650conc:missing_value = -9999.f ; pa500_p650conc:C_format = "%10.3e" ; int qc_pa500_p650conc(time) ; qc_pa500_p650conc:long_name = "QC bits: PMS PCASP Chan. 29 (5.00 micrometers < Dp < 6.50)" ; qc_pa500_p650conc:units = "unitless" ; qc_pa500_p650conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa650_p800conc(time) ; pa650_p800conc:long_name = "PMS PCASP Chan. 30 (6.50 micrometers < Dp < 8.00)" ; pa650_p800conc:units = "1/cm^3" ; pa650_p800conc:valid_min = -1.f ; pa650_p800conc:valid_max = 5000.f ; pa650_p800conc:resolution = 0.1f ; pa650_p800conc:missing_value = -9999.f ; pa650_p800conc:C_format = "%10.3e" ; int qc_pa650_p800conc(time) ; qc_pa650_p800conc:long_name = "QC bits: PMS PCASP Chan. 30 (6.50 micrometers < Dp < 8.00)" ; qc_pa650_p800conc:units = "unitless" ; qc_pa650_p800conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float pa800_p1000conc(time) ; pa800_p1000conc:long_name = "PMS PCASP Chan. 31 (8.00 micrometers < Dp < 10.0)" ; pa800_p1000conc:units = "1/cm^3" ; pa800_p1000conc:valid_min = -1.f ; pa800_p1000conc:valid_max = 5000.f ; pa800_p1000conc:resolution = 0.1f ; pa800_p1000conc:missing_value = -9999.f ; pa800_p1000conc:C_format = "%10.3e" ; int qc_pa800_p1000conc(time) ; qc_pa800_p1000conc:long_name = "QC bits: PMS PCASP Chan. 31 (8.00 micrometers < Dp < 10.0)" ; qc_pa800_p1000conc:units = "unitless" ; qc_pa800_p1000conc:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " OPCLaserVolt, OPCFlow, OPCSheath\n", "" ; float Ozone(time) ; Ozone:long_name = "Ozone concentration" ; Ozone:units = "ppm" ; Ozone:valid_min = -0.0001f ; Ozone:valid_max = 1.f ; Ozone:resolution = 0.0001f ; Ozone:missing_value = -9999.f ; Ozone:C_format = "%10.3e" ; int qc_Ozone(time) ; qc_Ozone:long_name = "QC bits: Ozone concentration" ; qc_Ozone:units = "unitless" ; float PSAP3w_BapBluRaw_1um(time) ; PSAP3w_BapBluRaw_1um:long_name = "Absorption Coefficient Blue (raw) at 1 um" ; PSAP3w_BapBluRaw_1um:units = "1/m" ; PSAP3w_BapBluRaw_1um:valid_min = -1.e-05f ; PSAP3w_BapBluRaw_1um:valid_max = 0.001f ; PSAP3w_BapBluRaw_1um:resolution = 1.e-06f ; PSAP3w_BapBluRaw_1um:missing_value = -9999.f ; PSAP3w_BapBluRaw_1um:filter_wavelength = "467 nm" ; PSAP3w_BapBluRaw_1um:C_format = "%10.3e" ; int qc_PSAP3w_BapBluRaw_1um(time) ; qc_PSAP3w_BapBluRaw_1um:long_name = "QC bits: Absorption Coefficient Blue (raw) at 1 um" ; qc_PSAP3w_BapBluRaw_1um:units = "unitless" ; qc_PSAP3w_BapBluRaw_1um:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " PSAP3w_FlowCorrected, PSAP3w_TrBlu\n", "" ; float PSAP3w_BapBluRaw_10um(time) ; PSAP3w_BapBluRaw_10um:long_name = "Absorption Coefficient Blue (raw) at 10 um" ; PSAP3w_BapBluRaw_10um:units = "1/m" ; PSAP3w_BapBluRaw_10um:valid_min = -1.e-05f ; PSAP3w_BapBluRaw_10um:valid_max = 0.001f ; PSAP3w_BapBluRaw_10um:resolution = 1.e-06f ; PSAP3w_BapBluRaw_10um:missing_value = -9999.f ; PSAP3w_BapBluRaw_10um:filter_wavelength = "467 nm" ; PSAP3w_BapBluRaw_10um:C_format = "%10.3e" ; int qc_PSAP3w_BapBluRaw_10um(time) ; qc_PSAP3w_BapBluRaw_10um:long_name = "QC bits: Absorption Coefficient Blue (raw) at 10 um" ; qc_PSAP3w_BapBluRaw_10um:units = "unitless" ; qc_PSAP3w_BapBluRaw_10um:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " PSAP3w_FlowCorrected, PSAP3w_TrBlu\n", "" ; float PSAP3w_BapGrnRaw_1um(time) ; PSAP3w_BapGrnRaw_1um:long_name = "Absorption Coefficient Green (raw) at 1 um" ; PSAP3w_BapGrnRaw_1um:units = "1/m" ; PSAP3w_BapGrnRaw_1um:valid_min = -1.e-05f ; PSAP3w_BapGrnRaw_1um:valid_max = 0.001f ; PSAP3w_BapGrnRaw_1um:resolution = 1.e-06f ; PSAP3w_BapGrnRaw_1um:missing_value = -9999.f ; PSAP3w_BapGrnRaw_1um:filter_wavelength = "530 nm" ; PSAP3w_BapGrnRaw_1um:C_format = "%10.3e" ; int qc_PSAP3w_BapGrnRaw_1um(time) ; qc_PSAP3w_BapGrnRaw_1um:long_name = "QC bits: Absorption Coefficient Green (raw) at 1 um" ; qc_PSAP3w_BapGrnRaw_1um:units = "unitless" ; qc_PSAP3w_BapGrnRaw_1um:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " PSAP3w_FlowCorrected, PSAP3w_TrGrn\n", "" ; float PSAP3w_BapGrnRaw_10um(time) ; PSAP3w_BapGrnRaw_10um:long_name = "Absorption Coefficient Green (raw) at 10 um" ; PSAP3w_BapGrnRaw_10um:units = "1/m" ; PSAP3w_BapGrnRaw_10um:valid_min = -1.e-05f ; PSAP3w_BapGrnRaw_10um:valid_max = 0.001f ; PSAP3w_BapGrnRaw_10um:resolution = 1.e-06f ; PSAP3w_BapGrnRaw_10um:missing_value = -9999.f ; PSAP3w_BapGrnRaw_10um:filter_wavelength = "530 nm" ; PSAP3w_BapGrnRaw_10um:C_format = "%10.3e" ; int qc_PSAP3w_BapGrnRaw_10um(time) ; qc_PSAP3w_BapGrnRaw_10um:long_name = "QC bits: Absorption Coefficient Green (raw) at 10 um" ; qc_PSAP3w_BapGrnRaw_10um:units = "unitless" ; qc_PSAP3w_BapGrnRaw_10um:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " PSAP3w_FlowCorrected, PSAP3w_TrGrn\n", "" ; float PSAP3w_BapRedRaw_1um(time) ; PSAP3w_BapRedRaw_1um:long_name = "Absorption Coefficient Red (raw) at 1 um" ; PSAP3w_BapRedRaw_1um:units = "1/m" ; PSAP3w_BapRedRaw_1um:valid_min = -1.e-05f ; PSAP3w_BapRedRaw_1um:valid_max = 0.001f ; PSAP3w_BapRedRaw_1um:resolution = 1.e-06f ; PSAP3w_BapRedRaw_1um:missing_value = -9999.f ; PSAP3w_BapRedRaw_1um:filter_wavelength = "660 nm" ; PSAP3w_BapRedRaw_1um:C_format = "%10.3e" ; int qc_PSAP3w_BapRedRaw_1um(time) ; qc_PSAP3w_BapRedRaw_1um:long_name = "QC bits: Absorption Coefficient Red (raw) at 1 um" ; qc_PSAP3w_BapRedRaw_1um:units = "unitless" ; qc_PSAP3w_BapRedRaw_1um:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " PSAP3w_FlowCorrected, PSAP3w_TrRed\n", "" ; float PSAP3w_BapRedRaw_10um(time) ; PSAP3w_BapRedRaw_10um:long_name = "Absorption Coefficient Red (raw) at 10 um" ; PSAP3w_BapRedRaw_10um:units = "1/m" ; PSAP3w_BapRedRaw_10um:valid_min = -1.e-05f ; PSAP3w_BapRedRaw_10um:valid_max = 0.001f ; PSAP3w_BapRedRaw_10um:resolution = 1.e-06f ; PSAP3w_BapRedRaw_10um:missing_value = -9999.f ; PSAP3w_BapRedRaw_10um:filter_wavelength = "660 nm" ; PSAP3w_BapRedRaw_10um:C_format = "%10.3e" ; int qc_PSAP3w_BapRedRaw_10um(time) ; qc_PSAP3w_BapRedRaw_10um:long_name = "QC bits: Absorption Coefficient Red (raw) at 10 um" ; qc_PSAP3w_BapRedRaw_10um:units = "unitless" ; qc_PSAP3w_BapRedRaw_10um:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " PSAP3w_FlowCorrected, PSAP3w_TrRed\n", "" ; float PSAP3w_BapBluCorrected_1um(time) ; PSAP3w_BapBluCorrected_1um:long_name = "Absorption Coefficient Blue (corrected) at 1 um" ; PSAP3w_BapBluCorrected_1um:units = "1/m" ; PSAP3w_BapBluCorrected_1um:valid_min = -1.e-05f ; PSAP3w_BapBluCorrected_1um:valid_max = 0.001f ; PSAP3w_BapBluCorrected_1um:resolution = 1.e-06f ; PSAP3w_BapBluCorrected_1um:missing_value = -9999.f ; PSAP3w_BapBluCorrected_1um:filter_wavelength = "467 nm" ; PSAP3w_BapBluCorrected_1um:C_format = "%10.3e" ; PSAP3w_BapBluCorrected_1um:corr_eqn = "BapBluRaw * (A/17.81)*(Q/Q_true)" ; PSAP3w_BapBluCorrected_1um:corr_eqn_comment_1 = "A -s filter sample area (mm^2)" ; PSAP3w_BapBluCorrected_1um:corr_eqn_comment_2 = "17.81 is sample area Bap values are based upon" ; PSAP3w_BapBluCorrected_1um:corr_eqn_comment_3 = "Q is instrument indicated flow" ; PSAP3w_BapBluCorrected_1um:corr_eqn_comment_4 = "Q_true is corrected flow" ; int qc_PSAP3w_BapBluCorrected_1um(time) ; qc_PSAP3w_BapBluCorrected_1um:long_name = "QC bits: Absorption Coefficient Blue (corrected) at 1 um" ; qc_PSAP3w_BapBluCorrected_1um:units = "unitless" ; qc_PSAP3w_BapBluCorrected_1um:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " PSAP3w_FlowCorrected, PSAP3w_TrBlu\n", "" ; float PSAP3w_BapBluCorrected_10um(time) ; PSAP3w_BapBluCorrected_10um:long_name = "Absorption Coefficient Blue (corrected) at 10 um" ; PSAP3w_BapBluCorrected_10um:units = "1/m" ; PSAP3w_BapBluCorrected_10um:valid_min = -1.e-05f ; PSAP3w_BapBluCorrected_10um:valid_max = 0.001f ; PSAP3w_BapBluCorrected_10um:resolution = 1.e-06f ; PSAP3w_BapBluCorrected_10um:missing_value = -9999.f ; PSAP3w_BapBluCorrected_10um:filter_wavelength = "467 nm" ; PSAP3w_BapBluCorrected_10um:C_format = "%10.3e" ; PSAP3w_BapBluCorrected_10um:corr_eqn = "BapBluRaw * (A/17.81)*(Q/Q_true)" ; PSAP3w_BapBluCorrected_10um:corr_eqn_comment_1 = "A -s filter sample area (mm^2)" ; PSAP3w_BapBluCorrected_10um:corr_eqn_comment_2 = "17.81 is sample area Bap values are based upon" ; PSAP3w_BapBluCorrected_10um:corr_eqn_comment_3 = "Q is instrument indicated flow" ; PSAP3w_BapBluCorrected_10um:corr_eqn_comment_4 = "Q_true is corrected flow" ; int qc_PSAP3w_BapBluCorrected_10um(time) ; qc_PSAP3w_BapBluCorrected_10um:long_name = "QC bits: Absorption Coefficient Blue (corrected) at 10 um" ; qc_PSAP3w_BapBluCorrected_10um:units = "unitless" ; qc_PSAP3w_BapBluCorrected_10um:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " PSAP3w_FlowCorrected, PSAP3w_TrBlu\n", "" ; float PSAP3w_BapGrnCorrected_1um(time) ; PSAP3w_BapGrnCorrected_1um:long_name = "Absorption Coefficient Green (corrected) at 1 um" ; PSAP3w_BapGrnCorrected_1um:units = "1/m" ; PSAP3w_BapGrnCorrected_1um:valid_min = -1.e-05f ; PSAP3w_BapGrnCorrected_1um:valid_max = 0.001f ; PSAP3w_BapGrnCorrected_1um:resolution = 1.e-06f ; PSAP3w_BapGrnCorrected_1um:missing_value = -9999.f ; PSAP3w_BapGrnCorrected_1um:filter_wavelength = "530 nm" ; PSAP3w_BapGrnCorrected_1um:C_format = "%10.3e" ; PSAP3w_BapGrnCorrected_1um:corr_eqn = "BapGrnRaw * (A/17.81)*(Q/Q_true)" ; PSAP3w_BapGrnCorrected_1um:corr_eqn_comment_1 = "A -s filter sample area (mm^2)" ; PSAP3w_BapGrnCorrected_1um:corr_eqn_comment_2 = "17.81 is sample area Bap values are based upon" ; PSAP3w_BapGrnCorrected_1um:corr_eqn_comment_3 = "Q is instrument indicated flow" ; PSAP3w_BapGrnCorrected_1um:corr_eqn_comment_4 = "Q_true is corrected flow" ; int qc_PSAP3w_BapGrnCorrected_1um(time) ; qc_PSAP3w_BapGrnCorrected_1um:long_name = "QC bits: Absorption Coefficient Green (corrected) at 1 um" ; qc_PSAP3w_BapGrnCorrected_1um:units = "unitless" ; qc_PSAP3w_BapGrnCorrected_1um:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " PSAP3w_FlowCorrected, PSAP3w_TrGrn\n", "" ; float PSAP3w_BapGrnCorrected_10um(time) ; PSAP3w_BapGrnCorrected_10um:long_name = "Absorption Coefficient Green (corrected) at 10 um" ; PSAP3w_BapGrnCorrected_10um:units = "1/m" ; PSAP3w_BapGrnCorrected_10um:valid_min = -1.e-05f ; PSAP3w_BapGrnCorrected_10um:valid_max = 0.001f ; PSAP3w_BapGrnCorrected_10um:resolution = 1.e-06f ; PSAP3w_BapGrnCorrected_10um:missing_value = -9999.f ; PSAP3w_BapGrnCorrected_10um:filter_wavelength = "530 nm" ; PSAP3w_BapGrnCorrected_10um:C_format = "%10.3e" ; PSAP3w_BapGrnCorrected_10um:corr_eqn = "BapGrnRaw * (A/17.81)*(Q/Q_true)" ; PSAP3w_BapGrnCorrected_10um:corr_eqn_comment_1 = "A -s filter sample area (mm^2)" ; PSAP3w_BapGrnCorrected_10um:corr_eqn_comment_2 = "17.81 is sample area Bap values are based upon" ; PSAP3w_BapGrnCorrected_10um:corr_eqn_comment_3 = "Q is instrument indicated flow" ; PSAP3w_BapGrnCorrected_10um:corr_eqn_comment_4 = "Q_true is corrected flow" ; int qc_PSAP3w_BapGrnCorrected_10um(time) ; qc_PSAP3w_BapGrnCorrected_10um:long_name = "QC bits: Absorption Coefficient Green (corrected) at 10 um" ; qc_PSAP3w_BapGrnCorrected_10um:units = "unitless" ; qc_PSAP3w_BapGrnCorrected_10um:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " PSAP3w_FlowCorrected, PSAP3w_TrGrn\n", "" ; float PSAP3w_BapRedCorrected_1um(time) ; PSAP3w_BapRedCorrected_1um:long_name = "Absorption Coefficient Red (corrected) at 1 um" ; PSAP3w_BapRedCorrected_1um:units = "1/m" ; PSAP3w_BapRedCorrected_1um:valid_min = -1.e-05f ; PSAP3w_BapRedCorrected_1um:valid_max = 0.001f ; PSAP3w_BapRedCorrected_1um:resolution = 1.e-06f ; PSAP3w_BapRedCorrected_1um:missing_value = -9999.f ; PSAP3w_BapRedCorrected_1um:filter_wavelength = "660 nm" ; PSAP3w_BapRedCorrected_1um:C_format = "%10.3e" ; PSAP3w_BapRedCorrected_1um:corr_eqn = "BapRedRaw * (A/17.81)*(Q/Q_true)" ; PSAP3w_BapRedCorrected_1um:corr_eqn_comment_1 = "A -s filter sample area (mm^2)" ; PSAP3w_BapRedCorrected_1um:corr_eqn_comment_2 = "17.81 is sample area Bap values are based upon" ; PSAP3w_BapRedCorrected_1um:corr_eqn_comment_3 = "Q is instrument indicated flow" ; PSAP3w_BapRedCorrected_1um:corr_eqn_comment_4 = "Q_true is corrected flow" ; int qc_PSAP3w_BapRedCorrected_1um(time) ; qc_PSAP3w_BapRedCorrected_1um:long_name = "QC bits: Absorption Coefficient Red (corrected) at 1 um" ; qc_PSAP3w_BapRedCorrected_1um:units = "unitless" ; qc_PSAP3w_BapRedCorrected_1um:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " PSAP3w_FlowCorrected, PSAP3w_TrRed\n", "" ; float PSAP3w_BapRedCorrected_10um(time) ; PSAP3w_BapRedCorrected_10um:long_name = "Absorption Coefficient Red (corrected) at 10 um" ; PSAP3w_BapRedCorrected_10um:units = "1/m" ; PSAP3w_BapRedCorrected_10um:valid_min = -1.e-05f ; PSAP3w_BapRedCorrected_10um:valid_max = 0.001f ; PSAP3w_BapRedCorrected_10um:resolution = 1.e-06f ; PSAP3w_BapRedCorrected_10um:missing_value = -9999.f ; PSAP3w_BapRedCorrected_10um:filter_wavelength = "660 nm" ; PSAP3w_BapRedCorrected_10um:C_format = "%10.3e" ; PSAP3w_BapRedCorrected_10um:corr_eqn = "BapRedRaw * (A/17.81)*(Q/Q_true)" ; PSAP3w_BapRedCorrected_10um:corr_eqn_comment_1 = "A -s filter sample area (mm^2)" ; PSAP3w_BapRedCorrected_10um:corr_eqn_comment_2 = "17.81 is sample area Bap values are based upon" ; PSAP3w_BapRedCorrected_10um:corr_eqn_comment_3 = "Q is instrument indicated flow" ; PSAP3w_BapRedCorrected_10um:corr_eqn_comment_4 = "Q_true is corrected flow" ; int qc_PSAP3w_BapRedCorrected_10um(time) ; qc_PSAP3w_BapRedCorrected_10um:long_name = "QC bits: Absorption Coefficient Red (corrected) at 10 um" ; qc_PSAP3w_BapRedCorrected_10um:units = "unitless" ; qc_PSAP3w_BapRedCorrected_10um:dependencies = "If the \"Dependant Min/Max Field Out of Range\" flag is set, one\n", "or more of the following fields failed thier min/max checks.\n", "\n", " Fields in auxiliary data file:\n", "\n", " PSAP3w_FlowCorrected, PSAP3w_TrRed\n", "" ; float lat ; lat:long_name = "north latitude" ; lat:units = "degrees" ; lat:valid_min = -90.f ; lat:valid_max = 90.f ; float lon ; lon:long_name = "east longitude" ; lon:units = "degrees" ; lon:valid_min = -180.f ; lon:valid_max = 180.f ; float alt ; alt:long_name = "altitude" ; alt:units = "meters above Mean Sea Level" ; // global attributes: :ingest_version = "process-ingest-aos_ingest-8.0-0" ; :libingest_version = "ds-dsutil-ingest_lib-1.7-0" ; :libdslibc_version = "ds-dslib-c_lib-1.2-0" ; :libdsdb_version = "database-dsdb-c_lib-1.2-0" ; :ingest_software = " aos_ingest.c,v 8.1 2006/08/14 21:48:12 ermold process-ingest-aos_ingest-8.0-0 $" ; :proc_level = "a0" ; :input_source = "/data/collection/sgp/sgpaosC1.00/AOS1-C1.10705150000.raw" ; :site_id = "sgp" ; :facility_id = "C1: Lamont, Oklahoma" ; :sample_int = "Not Specified" ; :averaging_int = "None" ; :serial_number = "Not Specified" ; :comment = "" ; :resolution_description = "The resolution field attributes refer to the number of significant\n", "digits relative to the decimal point that should be used in\n", "calculations. Using fewer digits might result in greater uncertainty;\n", "using a larger number of digits should have no effect and thus is\n", "unnecessary. However, analyses based on differences in values with\n", "a larger number of significant digits than indicated could lead to\n", "erroneous results or misleading scientific conclusions.\n", "\n", "resolution for lat= 0.001\n", "resolution for lon = 0.001\n", "resolution for alt = 1" ; :qc_method = "AOS Mentor QC" ; :qc_description = "Each qc_ contains bit packed values for each corresponding\n", "measurement where the bits are interpreted as follows:\n", "\n", "0-System (Contamination)\n", "\n", " 0x1 Local contamination (Not set by ingest)\n", " 0x2 Wind speed < min (Not set by ingest)\n", " 0x4 Wind direction out of sector (Not set by ingest)\n", " 0x8 CN spike (Not set by ingest)\n", "\n", "1-System (Sample Air)\n", "\n", " 0x10 System Zero Mode\n", " 0x20 Stack offline (tilted)\n", " 0x40 Zero/Stack flow > max\n", " 0x80 Zero/Stack flow < min\n", "\n", "2-Instrument (Values)\n", "\n", " 0x100 Value > max\n", " 0x200 Value < min\n", " 0x400 Std. Dev. > max (Not set by ingest)\n", " 0x800 Std. Dev. < min (Not set by ingest)\n", "\n", "3-Instrument (Mode)\n", "\n", " 0x1000 1 um impactor\n", " 0x2000 Instrument Zero mode\n", " 0x4000 Calibration mode\n", " 0x8000 Offline/inop/no data\n", "\n", "4-Instrument (general)\n", "\n", " 0x10000 Power Off, Flow Out of Range\n", " 0x20000 Dependant Min/Max Field Out of Range\n", " 0x40000 Incorrect Valve Position\n", " 0x80000 Instrument Bypass\n", "\n", "5-Instrument (specific 1)\n", "\n", " 0x100000 TSI lamp power out / CPC Low Vacuum\n", " 0x200000 TSI valve fault / CPC Low Liquid\n", " 0x400000 TSI chopper fault\n", " 0x800000 TSI shutter fault\n", "\n", "6-Instrument (calibration)\n", "\n", " 0x1000000 TSI cal air\n", " 0x2000000 TSI span gas (CO2)\n", " 0x4000000 Not Used\n", " 0x8000000 Not Used\n", "\n", "7-Mentor\n", "\n", " 0x10000000 Data not flagged, but invalid\n", " 0x20000000 Data not flagged, judged suspicious\n", " 0x40000000 Data flagged, judged valid\n", " 0x80000000 Not Used\n", "" ; :zeb_platform = "sgpaosC1.a0" ; :history = "created by user dsmgr on machine ruby at 15-May-2007,2:11:45, using $State: ds-zebra-zeblib-4.16-0 $" ; }