Header of twpcsphotalm1duboC3.a1.20040501.00072
netcdf twpcsphotalm1duboC3.a1.20040501.000726 { dimensions: time = UNLIMITED ; // (70 currently) string_length = 30 ; bins = 22 ; variables: int base_time ; base_time:string = " 1-May-2004, 00:07:26 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 2004-05-01, 00:07:26 0:00" ; double time(time) ; time:long_name = "Time offset from midnight" ; time:units = "seconds since 2004-05-01, 00:00:00 0:00" ; char timeObs(time, string_length) ; timeObs:long_name = "Time of Observation" ; timeObs:units = "dd:mm:yyyy, hh:mm:ss" ; float bins(bins) ; bins:long_name = "Particle radius at logarithmic center of bin" ; bins:units = "um" ; float AOT_1020(time) ; AOT_1020:long_name = "AOT at 1020 nm" ; AOT_1020:units = "unitless" ; float AOT_870(time) ; AOT_870:long_name = "AOT at 870 nm" ; AOT_870:units = "unitless" ; float AOT_670(time) ; AOT_670:long_name = "AOT at 670 nm" ; AOT_670:units = "unitless" ; float AOT_500(time) ; AOT_500:long_name = "AOT at 500 nm" ; AOT_500:units = "unitless" ; float AOT_440(time) ; AOT_440:long_name = "AOT at 440 nm" ; AOT_440:units = "unitless" ; float AOT_380(time) ; AOT_380:long_name = "AOT at 380 nm" ; AOT_380:units = "unitless" ; float AOT_340(time) ; AOT_340:long_name = "AOT at 340 nm" ; AOT_340:units = "unitless" ; float AOT_1640(time) ; AOT_1640:long_name = "AOT at 1640 nm" ; AOT_1640:units = "unitless" ; float pwv(time) ; pwv:long_name = "Total precipitable water vapor" ; pwv:units = "cm" ; float AOTExt441_T(time) ; AOTExt441_T:long_name = "AOT Extinction 441 Total" ; AOTExt441_T:units = "unitless" ; float AOTExt673_T(time) ; AOTExt673_T:long_name = "AOT Extinction 673 Total" ; AOTExt673_T:units = "unitless" ; float AOTExt873_T(time) ; AOTExt873_T:long_name = "AOT Extinction 873 Total" ; AOTExt873_T:units = "unitless" ; float AOTExt1022_T(time) ; AOTExt1022_T:long_name = "AOT Extinction 1022 Total" ; AOTExt1022_T:units = "unitless" ; float AOTExt441_F(time) ; AOTExt441_F:long_name = "AOT Extinction 441 Fine" ; AOTExt441_F:units = "unitless" ; float AOTExt673_F(time) ; AOTExt673_F:long_name = "AOT Extinction 673 Fine" ; AOTExt673_F:units = "unitless" ; float AOTExt873_F(time) ; AOTExt873_F:long_name = "AOT Extinction 873 Fine" ; AOTExt873_F:units = "unitless" ; float AOTExt1022_F(time) ; AOTExt1022_F:long_name = "AOT Extinction 1022 Fine" ; AOTExt1022_F:units = "unitless" ; float AOTExt441_C(time) ; AOTExt441_C:long_name = "AOT Extinction 441 Coarse" ; AOTExt441_C:units = "unitless" ; float AOTExt673_C(time) ; AOTExt673_C:long_name = "AOT Extinction 673 Coarse" ; AOTExt673_C:units = "unitless" ; float AOTExt873_C(time) ; AOTExt873_C:long_name = "AOT Extinction 873 Coarse" ; AOTExt873_C:units = "unitless" ; float AOTExt1022_C(time) ; AOTExt1022_C:long_name = "AOT Extinction 1022 Coarse" ; AOTExt1022_C:units = "unitless" ; float AngstromParam870_440_AOT_Ext(time) ; AngstromParam870_440_AOT_Ext:long_name = "AngstromParam870_440_AOT_Ext" ; AngstromParam870_440_AOT_Ext:units = "unitless" ; float SSA441_T(time) ; SSA441_T:long_name = "Single Scattering Albedo 441 Total" ; SSA441_T:units = "unitless" ; float SSA673_T(time) ; SSA673_T:long_name = "Single Scattering Albedo 673 Total" ; SSA673_T:units = "unitless" ; float SSA873_T(time) ; SSA873_T:long_name = "Single Scattering Albedo 873 Total" ; SSA873_T:units = "unitless" ; float SSA1022_T(time) ; SSA1022_T:long_name = "Single Scattering Albedo 1022 Total" ; SSA1022_T:units = "unitless" ; float SSA441_F(time) ; SSA441_F:long_name = "Single Scattering Albedo 441 Fine" ; SSA441_F:units = "unitless" ; float SSA673_F(time) ; SSA673_F:long_name = "Single Scattering Albedo 673 Fine" ; SSA673_F:units = "unitless" ; float SSA873_F(time) ; SSA873_F:long_name = "Single Scattering Albedo 873 Fine" ; SSA873_F:units = "unitless" ; float SSA1022_F(time) ; SSA1022_F:long_name = "Single Scattering Albedo 1022 Fine" ; SSA1022_F:units = "unitless" ; float SSA441_C(time) ; SSA441_C:long_name = "Single Scattering Albedo 441 Coarse" ; SSA441_C:units = "unitless" ; float SSA673_C(time) ; SSA673_C:long_name = "Single Scattering Albedo 673 Coarse" ; SSA673_C:units = "unitless" ; float SSA873_C(time) ; SSA873_C:long_name = "Single Scattering Albedo 873 Coarse" ; SSA873_C:units = "unitless" ; float SSA1022_C(time) ; SSA1022_C:long_name = "Single Scattering Albedo 1022 Coarse" ; SSA1022_C:units = "unitless" ; float AOTAbsp441_T(time) ; AOTAbsp441_T:long_name = "AOT Absorption 441 Total" ; AOTAbsp441_T:units = "unitless" ; float AOTAbsp673_T(time) ; AOTAbsp673_T:long_name = "AOT Absorption 673 Total" ; AOTAbsp673_T:units = "unitless" ; float AOTAbsp873_T(time) ; AOTAbsp873_T:long_name = "AOT Absorption 873 Total" ; AOTAbsp873_T:units = "unitless" ; float AOTAbsp1022_T(time) ; AOTAbsp1022_T:long_name = "AOT Absorption 1022 Total" ; AOTAbsp1022_T:units = "unitless" ; float AOTAbsp441_F(time) ; AOTAbsp441_F:long_name = "AOT Absorption 441 Fine" ; AOTAbsp441_F:units = "unitless" ; float AOTAbsp673_F(time) ; AOTAbsp673_F:long_name = "AOT Absorption 673 Fine" ; AOTAbsp673_F:units = "unitless" ; float AOTAbsp873_F(time) ; AOTAbsp873_F:long_name = "AOT Absorption 873 Fine" ; AOTAbsp873_F:units = "unitless" ; float AOTAbsp1022_F(time) ; AOTAbsp1022_F:long_name = "AOT Absorption 1022 Fine" ; AOTAbsp1022_F:units = "unitless" ; float AOTAbsp441_C(time) ; AOTAbsp441_C:long_name = "AOT Absorption 441 Coarse" ; AOTAbsp441_C:units = "unitless" ; float AOTAbsp673_C(time) ; AOTAbsp673_C:long_name = "AOT Absorption 673 Coarse" ; AOTAbsp673_C:units = "unitless" ; float AOTAbsp873_C(time) ; AOTAbsp873_C:long_name = "AOT Absorption 873 Coarse" ; AOTAbsp873_C:units = "unitless" ; float AOTAbsp1022_C(time) ; AOTAbsp1022_C:long_name = "AOT Absorption 1022 Coarse" ; AOTAbsp1022_C:units = "unitless" ; float AngstromParam870_440_AOT_Absp(time) ; AngstromParam870_440_AOT_Absp:long_name = "AngstromParam870_440_AOT_Absp" ; AngstromParam870_440_AOT_Absp:units = "unitless" ; float REFR_441(time) ; REFR_441:long_name = "Refractive Index 441" ; REFR_441:units = "unitless" ; float REFR_673(time) ; REFR_673:long_name = "Refractive Index 673" ; REFR_673:units = "unitless" ; float REFR_873(time) ; REFR_873:long_name = "Refractive Index 873" ; REFR_873:units = "unitless" ; float REFR_1022(time) ; REFR_1022:long_name = "Refractive Index 1022" ; REFR_1022:units = "unitless" ; float REFI_441(time) ; REFI_441:long_name = "Refractive Index 441" ; REFI_441:units = "unitless" ; float REFI_673(time) ; REFI_673:long_name = "Refractive Index 673" ; REFI_673:units = "unitless" ; float REFI_873(time) ; REFI_873:long_name = "Refractive Index 873" ; REFI_873:units = "unitless" ; float REFI_1022(time) ; REFI_1022:long_name = "Refractive Index 1022" ; REFI_1022:units = "unitless" ; float ASYM441_T(time) ; ASYM441_T:long_name = "Asymmetry Factor 441 Total" ; ASYM441_T:units = "unitless" ; float ASYM673_T(time) ; ASYM673_T:long_name = "Asymmetry Factor 673 Total" ; ASYM673_T:units = "unitless" ; float ASYM873_T(time) ; ASYM873_T:long_name = "Asymmetry Factor 873 Total" ; ASYM873_T:units = "unitless" ; float ASYM1022_T(time) ; ASYM1022_T:long_name = "Asymmetry Factor 1022 Total" ; ASYM1022_T:units = "unitless" ; float ASYM441_F(time) ; ASYM441_F:long_name = "Asymmetry Factor 441 Fine" ; ASYM441_F:units = "unitless" ; float ASYM673_F(time) ; ASYM673_F:long_name = "Asymmetry Factor 673 Fine" ; ASYM673_F:units = "unitless" ; float ASYM873_F(time) ; ASYM873_F:long_name = "Asymmetry Factor 873 Fine" ; ASYM873_F:units = "unitless" ; float ASYM1022_F(time) ; ASYM1022_F:long_name = "Asymmetry Factor 1022 Fine" ; ASYM1022_F:units = "unitless" ; float ASYM441_C(time) ; ASYM441_C:long_name = "Asymmetry Factor 441 Coarse" ; ASYM441_C:units = "unitless" ; float ASYM673_C(time) ; ASYM673_C:long_name = "Asymmetry Factor 673 Coarse" ; ASYM673_C:units = "unitless" ; float ASYM873_C(time) ; ASYM873_C:long_name = "Asymmetry Factor 873 Coarse" ; ASYM873_C:units = "unitless" ; float ASYM1022_C(time) ; ASYM1022_C:long_name = "Asymmetry Factor 1022 Coarse" ; ASYM1022_C:units = "unitless" ; float size(time, bins) ; size:long_name = "Column volume size distribution (dV/dlnr)" ; size:units = "um" ; float VolCon_T(time) ; VolCon_T:long_name = "Volume Concentration Total" ; VolCon_T:units = "um^3/um^2" ; float EffRad_T(time) ; EffRad_T:long_name = "Effective Radius Total" ; EffRad_T:units = "um" ; float VolMedianRad_T(time) ; VolMedianRad_T:long_name = "Volume Median Radius Total" ; VolMedianRad_T:units = "um" ; float StdDev_T(time) ; StdDev_T:long_name = "Standard Deviation Total" ; StdDev_T:units = "unitless" ; float VolCon_F(time) ; VolCon_F:long_name = "Volume Concentration Fine" ; VolCon_F:units = "um^3/um^2" ; float EffRad_F(time) ; EffRad_F:long_name = "Effective Radius Fine" ; EffRad_F:units = "um" ; float VolMedianRad_F(time) ; VolMedianRad_F:long_name = "Volume Median Radius Fine" ; VolMedianRad_F:units = "um" ; float StdDev_F(time) ; StdDev_F:long_name = "Standard Deviation Fine" ; StdDev_F:units = "unitless" ; float VolCon_C(time) ; VolCon_C:long_name = "Volume Concentration Coarse" ; VolCon_C:units = "um^3/um^2" ; float EffRad_C(time) ; EffRad_C:long_name = "Effective Radius Coarse" ; EffRad_C:units = "um" ; float VolMedianRad_C(time) ; VolMedianRad_C:long_name = "Volume Median Radius Coarse" ; VolMedianRad_C:units = "um" ; float StdDev_C(time) ; StdDev_C:long_name = "Standard Deviation Coarse" ; StdDev_C:units = "unitless" ; char last_processing_date(time, string_length) ; last_processing_date:long_name = "Last processing date" ; last_processing_date:units = "unitless" ; float alm_type(time) ; alm_type:long_name = "Alm Type" ; alm_type:units = "unitless" ; float zenith(time) ; zenith:long_name = "Solar Zenith Angle" ; zenith:units = "degrees" ; float num_of_angles(time) ; num_of_angles:long_name = "Number of angles" ; num_of_angles:units = "unitless" ; float sky_error(time) ; sky_error:long_name = "Sky error" ; sky_error:units = "%" ; float sun_error(time) ; sun_error:long_name = "Sun error" ; sun_error:units = "%" ; float siz_index(time) ; siz_index:long_name = "Size index" ; siz_index:units = "unitless" ; float alpha440_870(time) ; alpha440_870:long_name = "Alpha 440-870" ; alpha440_870:units = "unitless" ; float tail1(time) ; tail1:long_name = "Particle Size Distribution Tail Screening 1" ; tail1:units = "%" ; float tail2(time) ; tail2:long_name = "Particle Size Distribution Tail Screening 2" ; tail2:units = "%" ; float tail_level(time) ; tail_level:long_name = "Tail Level" ; tail_level:units = "um" ; float tau440(time) ; tau440:long_name = "Tau 440 (measured)" ; tau440:units = "unitless" ; char DATA_TYPE(time, string_length) ; DATA_TYPE:long_name = "DATA_TYPE" ; DATA_TYPE:units = "unitless" ; float lat ; lat:long_name = "north latitude" ; lat:units = "degrees" ; float lon ; lon:long_name = "east longitude" ; lon:units = "degrees" ; float alt ; alt:long_name = "altitude" ; alt:units = "meters above Mean Sea Level" ; // global attributes: :Instrument_Name = "Cimel Sunphotometer (CSPHOT)" ; :Data_Description = "Dubovik Almucantar Retrievals" ; :Reference_URL = "http://www.arm.gov/docs/instruments/static/cspot.html" ; :facility_id = "C3" ; :site_id = "External Data" ; :data_level = "a1" ; :zeb_platform = "twpcsphotalm1duboC3.a1" ; :Input_Platforms = "twpcsphotalm1duboC3.00" ; :Date = "Tue Mar 8 19:57:31 2005" ; :missing_value = -9999.f ; :missing_value_explanation = "-9999 indicates data or variable was not available in raw file" ; :missing_value1 = -100.f ; :missing_value1_explanation = "-100 indicates a missing data point" ; :Version = "$State: process-xdc-csphot-7.2-0 $" ; :input_files = "twpcsphotalm1duboC3.00.200405*.raw.asc" ; :Pickup_Date = "2005-03-03 20:14:11 GMT (downloaded with web script)" ; :Command_Line = "csphot_ingest -i 200405" ; :IDL_Version = "Coded in IDL (sparc / sunos / unix / 5.4)" ; }