Ozone preparation data and summary data - RS41-SG - RS41-SGP

Ozone Sounding with DigiCORA software and RS41 User Guide

Document code
M213165EN
Revision
A
ft:locale
en-US
Product
RS41-SG
RS41-SGP
Document type
User guide

DigiCORA stores the following ozone preparation data and ozone summary data (called metadata in GAW Report 268). All the data is available in custom reports as special sequences. For more information, see Special sequences in MW51 User Guide (M212751EN).

Explanation for markings used in the following tables:

  • In the (Data source) column, if user input is required, it is marked with *, and (Remembered) means that the system remembers the previously entered or saved values.
  • In the (Special sequence key, type, and unit) column, default unit is in parenthesis.
Ozone sensor
Name Data source Special sequence key, type, and unit Included in WOUDC section
Ozone sensor manufacturer

User input*, Remembered

O3SensorManufacturer

string

#INSTRUMENT

Name

Ozone sensor model

User input*, Remembered

O3SensorModel

string

#INSTRUMENT

Model

Ozone sensor serial number

User input

O3SensorSerial

string

#INSTRUMENT

Number

Ozone sensor date of previous launch

User input

O3SensorPreviousLaunch

DateTime

Ozone sensor battery type

User input, Remembered

O3SensorBattery

string

Ozone sensor heater

User input, Remembered

O3SensorHeater

string

Ozone sensor pump temperature location

User input, Remembered

O3SensorPumpTemperatureLocation

string

#FLIGHT_SUMMARY

SampleTemperatureType

Ozone sensor interface model

User input, Remembered

O3SensorInterfaceModel

string

#INTERFACE_CARD

Model

Ozone sensor interface serial number

Read from interface

O3SensorInterfaceSerial

string

#INTERFACE_CARD

Number

Sensing solution recipe (SST)

User input, Remembered

O3SensingSolutionRecipe

string

#PREFLIGHT_SUMMARY

SolutionType

Sensing solution identifier

User input

O3SensingSolutionIdentifier

string

Date of first solution

User input

O3SensingSolutionFirstDate

DateTime

Cathode solution volume User input*, Remembered

O3CathodeSolutionVolume

double, (cm3)

#PREFLIGHT_SUMMARY

SolutionVolume

Ozone sensor preparation unit

User input, Remembered

O3SensorPreparationUnit

string

Source of zero air

User input, Remembered

O3ZeroAirSource

string

#SAMPLING_METHOD

TypeOzoneFreeAir

Preparation details
Name Data source Special sequence key, type, and unit Included in WOUDC section
Background current before exposure to ozone (IB0)

User input

O3BackgroundCurrentIB0

double, (µA)

#PREFLIGHT_SUMMARY

Ib0

Response time from 4 to 1.5 µA

User input

O3FastResponseTime

double, (s)

Background current after exposure to ozone (IB1)

User input

O3BackgroundCurrentIB1

double, (µA)

#PREFLIGHT_SUMMARY

Ib1

Time when IB1 was measured

User input

O3BackgroundCurrentIB1Time

DateTime

Measured average flow rate time (t100)

User input*

O3FlowrateTime

double, (s/100 ml)

Manufacturer reported flow rate time

User input

O3FlowrateTimeManufacturer

double, (s/100 ml)

Measured average flow rate time (t100) uncertainty

User input*

O3FlowrateTimeUncertainty

double, (s/100 ml)

Pump temperature during flowrate measurement (TP,Lab)

User input

O3PumpTemperatureLaboratory

double, (K), C, F

Lab temperature during flowrate measurement (TLab)

User input*

O3TemperatureLaboratory

double, (K), C, F

Lab humidity during flow rate measurement (RHLab)

User input*

O3HumidityLaboratory

double, (%)

Lab pressure during flow rate measurement (PLab)

User input*

O3PressureLaboratory

double, (hPa), mb

Pump motor current at ground

User input

O3PumpMotorCurrentAtGround

double, (mA)

#PUMP_SETTINGS

MotorCurrent

Ozone ground check reference unit

User input, Remembered

O3GcReferenceUnit

string

Ozone ground check reference value

User input

O3GcReferenceValue

double, (ppbv)

Ozone sensor ground check value

User input

O3SensorGcValue

double, (ppbv)

Total ozone reference instrument

User input, Remembered

O3TotalOzoneReferenceInstrument

string

Total ozone reference instrument type

User input, Remembered

O3TotalOzoneReferenceInstrumentType

string

Total ozone reference value

User input

O3TotalOzoneReferenceValue

double, (DU)

Total ozone reference value uncertainty

User input

O3TotalOzoneReferenceValueUncertainty

double, (DU)

Total ozone reference time

User input

O3TotalOzoneReferenceTime

DateTime

#OZONE_REFERENCE

UTC_Mean

Processing details
Name Data source Special sequence Included in WOUDC section
Background current used in processing

User input*

O3BackgroundCurrentUsed

double, (µA)

Background current uncertainty

User input*, Remembered

O3BackgroundCurrentUsedUncertainty

double, (µA)

Type of background current used in processing

User input, Remembered

O3BackgroundCurrentUsedType

string

Background current correction method

Constant

O3BackgroundCurrentCorrectionMethod

string

#FLIGHT_SUMMARY

BackgroundCorrection

Flow rate measurement method

User input, Remembered

O3FlowrateMeasurementMethod

string

Flow rate humidity correction (CPH) source

Calculated

O3FlowrateHumidityCorrectionSource

string

Operator-given flow rate humidity correction (CPH)

User input

O3FlowrateHumidityCorrectionOperator

double

Flow rate humidity correction (CPH)

Calculated

O3FlowrateHumidityCorrection

double

Operator-given flow rate temperature correction (CPL)

User input

O3FlowrateTemperatureCorrectionOperator

double

Flow rate temperature correction (CPL)

Calculated

O3FlowrateTemperatureCorrection

double

Operator-given corrected flow rate (ϕP0)

User input

O3FlowrateCorrectedOperator

double, (ml/s)

Corrected flow rate (ϕP0)

Calculated

O3FlowrateCorrected

double, (ml/s)

Pump efficiency correction source

User input*, Remembered

O3PumpEfficiencyCorrectionSource

string

#PUMP_CORRECTION

Includes correction tables based on the selection.

Conversion efficiency source

Constant

O3ConversionEfficiencySource

string

Conversion efficiency slow stoichiometry factor

User input, Remembered

O3ConversionEfficiencySlow

double

Conversion efficiency slow stoichiometry factor uncertainty

User input, Remembered

O3ConversionEfficiencySlowUncertainty

double

Slow reaction time constant

User input, Remembered

O3SlowReactionTimeConstant

double, (s)

Median filter radius

User input*, Remembered

O3MedianFilterRadius

int

Ozone sounding summary
Name Data sources Special sequence key, type, and unit Included in WOUDC section
Total ozone

Calculated

O3TotalOzone

double, (DU)

#FLIGHT_SUMMARY

SondeTotalO3

Integrated ozone

Calculated

O3IntegratedOzone

double, (DU)

#FLIGHT_SUMMARY

IntegratedO3

Residual ozone

Calculated

O3ResidualOzone

double, (DU)

Residual ozone source

Constant

O3ResidualSource

string

Total ozone normalization factor

Calculated

O3TotalOzoneNormalizationFactor

double

#FLIGHT_SUMMARY

NormalizationFactor

WOUDC data
Name Data source Special sequence key, type, and unit Included in WOUDC section
Agency

User input, Remembered

O3WoudcAgency

string

#DATA_GENERATION

Agency

Data version

User input, Remembered

O3WoudcDataVersion

string

#DATA_GENERATION

Version

Scientific authority

User input, Remembered

O3WoudcScientificAuthority

string

#PLATFORM

ScientificAuthority

Platform type

User input, Remembered

O3WoudcPlatformType

string

#PLATFORM

Type

Platform id

User input, Remembered

O3WoudcPlatformId

string

#PLATFORM

ID

Platform name

User input, Remembered

O3WoudcPlatformName

string

#PLATFORM

Name

Country

User input, Remembered

O3WoudcCountry

string

#PLATFORM

Country

GAW ID

User input, Remembered

O3WoudcGawId

string

#PLATFORM

GAW_ID