File(s) | Type | Description | Action |
---|---|---|---|
cont_noble_gas.csv (480.58 KB) | Comma Separated Values (.csv) | Primary data file for dataset ID 869295 | |
Supplemental File(s) | Type | Description | Action |
SamplingAnalytical_summary_continuousNG.pdf (246.72 KB) | Portable Document Format (.pdf) | Sampling and Analytical Summary from Stanley et al. (2022) relevant to dataset "ContinuousNobleGasData." Stanley et al. (2022), “Gas Fluxes and Steady State Saturation Anomalies at Very High Wind Speeds “ Submitted to JGR-Oceans in Dec. 2021. | |
NGRatiosofSatAnom.csv (455.27 KB) | Comma Separated Values (.csv) | Ratios of the saturation anomalies (percent departure from equilibrium) of the noble gases as determined by the Gas Equilibrator Mass Spectrometer. Parameter (Column) information (Name, Description, Units): Del(Ne/Xe), "ratio of Ne/Xe in water compared to air, expressed as a percent deviation from 1. = ((Ne/Xe)meas / (Ne/Xe)air -1) x100", % Del(Ar/Xe), "ratio of Ne/Xe in water compared to air, expressed as a percent deviation from 1", % Del(Kr/Xe), "ratio of Ne/Xe in water compared to air, expressed as a percent deviation from 1", % Del(Ne/Kr), "ratio of Ne/Xe in water compared to air, expressed as a percent deviation from 1", % Del(Ne/Xe), "ratio of Ne/Xe in water compared to air, expressed as a percent deviation from 1", % Del(Ne/Xe), "ratio of Ne/Xe in water compared to air, expressed as a percent deviation from 1", % Del(Ne/Xe), "ratio of Ne/Xe in water compared to air, expressed as a percent deviation from 1", % Temp, "Water temperature ", degrees Celsius Salinity, "water salinity (interpolated from discrete samples)" psu , | |
ExperimentalConditions.csv (1.55 KB) | Comma Separated Values (.csv) | Wind, wave and temperature conditions associated with each experiment in the SUSTAIN wind wave tank. Parameter (column) inforation (Name, Description, Units): ExptNumber, Number of experiment, used to cross ref to discrete noble gas table, none Start_date, date on which that set of experimental conditions started in format M/D/YYYY (GMT), none Start_time, time on which that set of experimental conditions started in format M/D/YYYY (GMT), none End_date, date on which that set of experimental conditions ended in format hh:mm (GMT), none End_time, time on which that set of experimental conditions ended in format hh:mm (GMT), none Wavetype, 0 denotes monochromatic waves, 1 denotes short crested JONSWAP, none WaterTemp, temperature of the water (nominal – actualy temperature fluctuated within 1 deg), deg C U10, wind speed, at 10 m above surface, that was produced for the experiment, m/s |
Files
Type: Comma Separated Values (.csv)
Description: Primary data file for dataset ID 869295
Supplemental Files
Type: Portable Document Format (.pdf)
Description: Sampling and Analytical Summary from Stanley et al. (2022) relevant to dataset "ContinuousNobleGasData." Stanley et al. (2022), “Gas Fluxes and Steady State Saturation Anomalies at Very High Wind Speeds “ Submitted to JGR-Oceans in Dec. 2021.
Type: Comma Separated Values (.csv)
Description: Ratios of the saturation anomalies (percent departure from equilibrium) of the noble gases as determined by the Gas Equilibrator Mass Spectrometer. Parameter (Column) information (Name, Description, Units): Del(Ne/Xe), "ratio of Ne/Xe in water compared to air, expressed as a percent deviation from 1. = ((Ne/Xe)meas / (Ne/Xe)air -1) x100", % Del(Ar/Xe), "ratio of Ne/Xe in water compared to air, expressed as a percent deviation from 1", % Del(Kr/Xe), "ratio of Ne/Xe in water compared to air, expressed as a percent deviation from 1", % Del(Ne/Kr), "ratio of Ne/Xe in water compared to air, expressed as a percent deviation from 1", % Del(Ne/Xe), "ratio of Ne/Xe in water compared to air, expressed as a percent deviation from 1", % Del(Ne/Xe), "ratio of Ne/Xe in water compared to air, expressed as a percent deviation from 1", % Del(Ne/Xe), "ratio of Ne/Xe in water compared to air, expressed as a percent deviation from 1", % Temp, "Water temperature ", degrees Celsius Salinity, "water salinity (interpolated from discrete samples)" psu ,
Type: Comma Separated Values (.csv)
Description: Wind, wave and temperature conditions associated with each experiment in the SUSTAIN wind wave tank. Parameter (column) inforation (Name, Description, Units): ExptNumber, Number of experiment, used to cross ref to discrete noble gas table, none Start_date, date on which that set of experimental conditions started in format M/D/YYYY (GMT), none Start_time, time on which that set of experimental conditions started in format M/D/YYYY (GMT), none End_date, date on which that set of experimental conditions ended in format hh:mm (GMT), none End_time, time on which that set of experimental conditions ended in format hh:mm (GMT), none Wavetype, 0 denotes monochromatic waves, 1 denotes short crested JONSWAP, none WaterTemp, temperature of the water (nominal – actualy temperature fluctuated within 1 deg), deg C U10, wind speed, at 10 m above surface, that was produced for the experiment, m/s