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GEOMS-TE-SONDE-O3-003.csv 0 → 100644
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2,DATETIME,DATETIME,MJD2K,DOUBLE,DateTime of balloon ascent defined relative to reference datetime of Jan 1st 2000 at 0:00:00 UT which is equal to 0.00,x
2,LATITUDE.LAUNCH,CONSTANT,deg,REAL,Launch geolocation (+ for north; - for south),x
2,LONGITUDE.LAUNCH,CONSTANT,deg,REAL,Launch geolocation (+ for east; - for west),x
2,ALTITUDE.LAUNCH,CONSTANT,m,REAL,Launch site Height ASL,x
2,PRESSURE,DATETIME,hPa,REAL,Pressure measurement from PTU sonde,x
2,TEMPERATURE,DATETIME,degC,REAL,Temperature measurement from PTU sonde,x
2,HUMIDITY.RELATIVE,DATETIME,%,REAL,Relative humidity measurement from PTU sonde,x
2,WIND.SPEED,DATETIME,m s-1,REAL,Wind speed from instrument package,x
2,WIND.DIRECTION,DATETIME,deg,REAL,Wind direction from instrument package,x
2,ALTITUDE.GPH,DATETIME,m,REAL,Geopotential height above mean sea level,x
2,ALTITUDE_GPS,DATETIME,m,REAL,Geometric height calculated from the GPS,x
2,LATITUDE,DATETIME,deg,REAL,In situ latitude (+ for north; - for south),x
2,LONGITUDE,DATETIME,deg,REAL,In situ longitude (+ for east; - for west),x
2,O3.PARTIAL.PRESSURE,DATETIME,mPa,REAL,In situ ozone partial pressure (see for details GAW Report No. 268; Annex-C; Section C-6.8),x
2,O3.PARTIAL.PRESSURE_UNCERTAINTY.COMBINED.STANDARD,DATETIME,mPa,REAL,Uncertainty estimate of the ozone partial pressure,x
2,O3.PARTIAL.PRESSURE_FLAG,DATETIME,1,BYTE,FlagDataReliability (using the WMO Code 0-33-020 convention in http://codes.wmo.int/bufr4/codeflag/0-33-020),x
2,CURRENT.CELL,DATETIME,uA,REAL,The measured (raw) electrical current of the cathode cell of the ozonesonde (see for details GAW Report No. 268; Annex-C; Section C-6.2),x
2,CURRENT.CELL_FAST,DATETIME,uA,REAL,The fast component of the measured electrical current of the ozonesonde which is originated from the fast reaction pathway of O3 + KI (New TDRM method),x
2,CURRENT.CELL_SLOW,DATETIME,uA,REAL,The slow component of the measured electrical current of the ozonesonde which is originated from the slow reaction pathway of O3 + KI (New TDRM method),x
2,CURRENT.CELL_FAST_UNCERTAINTY.COMBINED.STANDARD,DATETIME,uA,REAL,Uncertainty of the fast component of the measured electrical current of the ozonesonde,x
2,CURRENT.CELL_SLOW_UNCERTAINTY.COMBINED.STANDARD,DATETIME,uA,REAL,Uncertainty of the slow component of the measured electrical current of the ozonesonde,x
2,SAMPLE.TEMPERATURE,DATETIME,degC,REAL,The measured (raw) sample temperature of the ozonesonde which is usually either the box; external or internal pump temperature,x
2,PUMP.TEMPERATURE_CORRECTED,DATETIME,degC,REAL,Corrected pump temperature (derived from sample temperature (see also GAW Report No. 268; Section 3.3.8; B-2.1.9 and C-6.4),x
2,PUMP.TEMPERATURE_CORRECTED_UNCERTAINTY.COMBINED.STANDARD,DATETIME,degC,REAL,Uncertainty of the corrected pump temperature ,x
2,BACKGROUND.CURRENT,DATETIME,uA,REAL,Background Current (assumed to be background current IB1 measured after exposure of ozone. IB1 is assumed to be constant during the entire ozonesounding (see also GAW Report No. 268 Section 3.3.6 and C-6.3),x
2,ABSORPTION.EFFICIENCY,DATETIME,1,REAL,Efficiency Absorption (1.00 but if Cathode_Volume is 2.5 then apply GAW#268 Eq. E-3-11-C). See also GAW Report No. 268; Section 3.3.4; B-2.1.12 and C-6-5,x
2,ABSORPTION.EFFICIENCY_UNCERTAINTY.COMBINED.STANDARD,DATETIME,1,REAL,Uncertainty Efficiency Absorption,x
2,PUMP.EFFICIENCY,DATETIME,1,REAL,Efficiency Pump (See also GAW Report No. 268 Section 3.3.3 and C-6.6),x
2,PUMP.EFFICIENCY_UNCERTAINTY.COMBINED.STANDARD,DATETIME,1,REAL,Uncertainty Efficiency Pump (See also GAW Report No. 268 Section 3.3.3 and C-6.6),x
2,CONVERSION.EFFICIENCY,DATETIME,1,REAL,Efficiency Conversion (New TRCC (Time Responses Corrections & Calibration): Inverse Calibration Function; See also GAW Report No. 268; Section 3.3.5; B-2.1.13 and C-6.7),x
2,CONVERSION.EFFICIENCY_UNCERTAINTY.COMBINED.STANDARD,DATETIME,1,REAL,Uncertainty Efficiency Conversion (New TRCC (Time Responses Corrections & Calibration): Inverse Calibration Function; See also GAW Report No. 268; Section 3.3.5; B-2.1.13 and C-6.7),x
2,CURRENT.PUMP,DATETIME,mA,REAL,Pump Motor Current,x
2,VOLTAGE.BATTERY,DATETIME,V,REAL,Pump Motor Voltage,x
2,ROTATION.SPEED.PUMP,DATETIME,Hz,REAL,Pump Motor Rotation Speed (where 1 Hz = 1 rotation/sec),x
2,CELL.TEMPERATURE,DATETIME,degC,REAL,Cell Temperature,x
2,FLAG.MEASUREMENT.DETAILS,DATETIME,1,BYTE,FlagDataDetails (See for details GAW Report No. 268 page 67: Data Flagging Scheme Part 03 and see some criteria in Table 5.1),x
2,FLAG.MEASUREMENT.RELIABILITY,CONSTANT,1,BYTE,Overall FlagDataReliability (using the WMO Code 0-33-020 convention in http://codes.wmo.int/bufr4/codeflag/0-33-020),x
2,BACKGROUND.CURRENT.IB0,CONSTANT,uA,REAL,Background prior to 5 uA (IB0),x
2,BACKGROUND.CURRENT.IB1,CONSTANT,uA,REAL,Background 10 min after 5 uA (IB1),x
2,BACKGROUND.CURRENT.IB1_DATE,CONSTANT,[empty],STRING,Time when IB1 was measured (ISO8601),x
2,BACKGROUND.CURRENT_CORRECTED,CONSTANT,uA,REAL,Background current used in processing (IB),x
2,BACKGROUND.CURRENT_CORRECTED_UNCERTAINTY.COMBINED.STANDARD,CONSTANT,uA,REAL,Unc_Background current used in processing (IB),x
2,BACKGROUND.CURRENT_TYPE,CONSTANT,[empty],STRING,Type of background used in processing (Possible values: IB0; IB1; IB2; TRC; Aux1; None),x
2,BACKGROUND.CURRENT_METHOD,CONSTANT,[empty],STRING,Background correction method (Possible values: Constant; Pressure; Aux),x
2,ZERO.AIR_SOURCE,CONSTANT,[empty],STRING,Source of zero air (Possible values: Type#1 Filter; Type#2 Filter; ...; Station Specific Code),x
2,FLOWRATE.TIME,CONSTANT,s dl-1,REAL,Measured mean flowrate time (t100),x
2,FLOWRATE.TIME_UNCERTAINTY.COMBINED.STANDARD,CONSTANT,s dl-1,REAL,Unc_Measured mean flowrate time (t100),x
2,FLOWRATE_HUMIDITY.CORRECTION,CONSTANT,1,REAL,Flowrate humidity correction (CPH) GAW#268 Eq. E-3-4,x
2,FLOWRATE_HUMIDITY.CORRECTION_SOURCE,CONSTANT,[empty],STRING,Flowrate humidity correction source (Possible values: Calculated; Operator),x
2,FLOWRATE_TEMPERATURE.CORRECTION,CONSTANT,1,REAL,Flowrate temperature correction (CPL) GAW#268 Eq. E-3-7,x
2,FLOWRATE_CORRECTED,CONSTANT,ml s-1,REAL,Corrected flowrate PhiP0) GAW#268 Eq. E-3-3,x
2,FLOWRATE_CORRECTED_UNCERTAINTY.COMBINED.STANDARD,CONSTANT,ml s-1,REAL,Unc_Corrected flowrate (PhiP0),x
2,FLOWRATE_METHOD,CONSTANT,[empty],STRING,Measured Pump Flow Method (Possible values: Bubble Flow Meter; Automatic with Type Name),x
2,FLOWRATE.TIME_MANUFACTURER,CONSTANT,s dl-1,REAL,Manufacturer flowrate,x
2,HUMIDITY.RELATIVE_LABORATORY,CONSTANT,%,REAL,Lab humidity during flow rate measurement (RHLab),x
2,TEMPERATURE_LABORATORY,CONSTANT,degC,REAL,Lab temperature during flow rate measurement (TLab),x
2,PRESSURE_LABORATORY,CONSTANT,hPa,REAL,Lab pressure during flow rate measurement (PLab),x
2,PUMP.TEMPERATURE_LABORATORY,CONSTANT,degC,REAL,Pump temperature during flow rate measurement (TP; Lab),x
2,PUMP.TEMPERATURE_TYPE,CONSTANT,[empty],STRING,Sample Temperature Type (Possible values: Metal Frame; Box; Taped Inlet; Internal; Aux),x
2,PUMP.EFFICIENCY_SOURCE,CONSTANT,[empty],STRING,e.g. Komhyr 1986; Komhyr et al.; 1995; Nakano and Morofuji; 2023,x
2,SENSING.SOLUTION.RECIPE,CONSTANT,[empty],STRING,Sensing solution recipe (Possible values: SST0.5; SST1.0; SST0.1; Aux),x
2,CATHODE.SOLUTION.VOLUME,CONSTANT,ml,REAL,Cathode solution volume,x
2,CONVERSION.EFFICIENCY_SOURCE,CONSTANT,[empty],STRING,Source of Efficiency Conversion,x
2,CONVERSION.EFFICIENCY_SLOW,CONSTANT,1,REAL,Conversion Factor Slow Reaction Path (New TRCC: Stoichiometry Slow),x
2,CONVERSION.EFFICIENCY_SLOW_UNCERTAINTY.COMBINED.STANDARD,CONSTANT,1,REAL,Unc_ConversionFactorSlowReactionPath (New TRCC: Stoichiometry Slow),x
2,FAST.RESPONSE.TIME,CONSTANT,s,REAL,Response time from 4 to 1.5 uA (tfast),x
2,SLOW.RESPONSE.TIME,CONSTANT,s,REAL,Slow reaction time constant (tslow),x
2,O3SONDE_SERIAL.NUMBER,CONSTANT,[empty],STRING,Sonde serial number,x
2,O3SONDE_MANUFACTURER,CONSTANT,[empty],STRING,Sonde manufacturer (Possible values: SPC; En-Sci; Aux),x
2,O3SONDE.INTERFACE_MODEL,CONSTANT,[empty],STRING,Interface model,x
2,O3SONDE.INTERFACE_SERIAL.NUMBER,CONSTANT,[empty],STRING,Interface serial number,x
2,O3SONDE_GC.REFERENCE,CONSTANT,ppbv,REAL,Ground check reference value,x
2,O3SONDE_GC.VALUE,CONSTANT,ppbv,REAL,Ground check ozonesonde reading,x
2,O3SONDE_GC.REFERENCE_SOURCE,CONSTANT,[empty],STRING,Source of the ground check reference value,x
2,O3SONDE_MODEL,CONSTANT,[empty],STRING,Sonde model,x
2,O3SONDE.BATTERY_TYPE,CONSTANT,[empty],STRING,Battery type (Possible values: Dry Lithium; Water Activated; Alkaline; Aux),x
2,O3SONDE.HEATER_SOURCE,CONSTANT,[empty],STRING,Sonde heater (Possible values: Passive; Active:Controlled; Active:Uncontrolled; Aux),x
2,O3SONDE_PREVIOUS.DATE,CONSTANT,[empty],STRING,Date of previous launch (ISO8601),x
2,SENSING.SOLUTION_IDENTIFIER,CONSTANT,[empty],STRING,Sensing solution identifier (station specific code),x
2,SENSING.SOLUTION_FIRST.DATE,CONSTANT,[empty],STRING,Date of first solution (ISO8601),x
2,CURRENT.PUMP_GC.VALUE,CONSTANT,mA,REAL,Motor current ground check,x
2,GROUND.EQUIPMENT,CONSTANT,[empty],STRING,Preparation Test Unit (Possible values: KTU-1; KTU-2; KTU-3; EC-T1; ...; Aux),x
2,RADIOSONDE_MANUFACTURER,CONSTANT,[empty],STRING,Radiosonde manufacturer (Possible values: Vaisala; Graw; Modem; Imet; Aux),x
2,RADIOSONDE_MODEL,CONSTANT,[empty],STRING,Radiosonde model,x
2,RADIOSONDE_SERIAL.NUMBER,CONSTANT,[empty],STRING,Radiosonde serial number,x
2,RADIOSONDE_PRESSURE.CORRECTION,CONSTANT,hPa,REAL,Radiosonde Surface Pressure Correction,x
2,RADIOSONDE_TEMPERATURE.CORRECTION,CONSTANT,degC,REAL,Radiosonde Surface Temperature Correction,x
2,RADIOSONDE_HUMIDITY.CORRECTION,CONSTANT,%,REAL,Radiosonde Surface Relative Humidity Correction,x
2,O3.COLUMN,CONSTANT,DU,REAL,Ozone Column Sonde. Assumed geolocation of this variable is the launch site at the launch time,x
2,O3.COLUMN_RESIDUAL,CONSTANT,DU,REAL,Ozone Column Residual,x
2,O3.COLUMN_RESIDUAL_UNCERTAINTY.COMBINED.STANDARD,CONSTANT,DU,REAL,Unc_Ozone Column Residual,x
2,O3.COLUMN_RESIDUAL_SOURCE,CONSTANT,[empty],STRING,Residual Code (Possible values: Satellite; Constant VMR; Aux),x
2,O3.COLUMN.NORMALIZATION,CONSTANT,1,REAL,Total Ozone Normalization Factor,x
2,O3.COLUMN.NORMALIZATION_UNCERTAINTY.COMBINED.STANDARD,CONSTANT,1,REAL,Unc_Total Ozone Normalization Factor,x
2,O3.COLUMN.REFERENCE,CONSTANT,DU,REAL,Ozone Column Reference,x
2,O3.COLUMN.REFERENCE_UNCERTAINTY.COMBINED.STANDARD,CONSTANT,DU,REAL,Unc_Ozone Column Reference,x
2,O3.COLUMN.REFERENCE_SOURCE,CONSTANT,[empty],STRING,Total Ozone Reference Instrument (Possible values: Brewer; Dobson; Sat#01; ...; Sat#N; Aux),x
2,O3.COLUMN.REFERENCE_TYPE,CONSTANT,[empty],STRING,Total Ozone Reference ModelType,x
2,O3.COLUMN.REFERENCE_DATE,CONSTANT,[empty],STRING,Total Ozone Reference UTC_Mean (ISO8601),x
2,SOURCE.PRODUCT,INDEPENDENT,[empty],STRING,Information relevant to the source history of the Metadata and Data in form Original_Archive;Original_Filename;Original_File_Generation_Date,o
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