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filereference:output:pollutants [2020/07/08 11:15] – enviadmin | filereference:output:pollutants [2020/07/21 15:23] – added descriptions enviadmin | ||
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| |**Variable** |**Unit** |**Description** | | | |**Variable** |**Unit** |**Description** | | ||
| |%z cart| - | Description | | | |%z cart| - | Description | | ||
- | | |Objects| - | Description| | + | | |Objects| - | Single object IDs to visualize the model domain. Meaning of the different IDs is stored in LEONARDO Special Layer Definition Files| |
- | | |Flow u| m/s | Description| | + | | |Flow u| m/s | Wind speed. Vector component along the West-East axis (+: East, -: West)| |
- | | |Flow v| m/s | Description| | + | | |Flow v| m/s | Wind speed. Vector component along the North-South axis (+: South, -: North)| |
- | | |Flow w| m/s | Description| | + | | |Flow w| m/s | Wind speed. Vector component along the vertical axis (+: up, -: down)| |
- | | |Wind Speed| m/s | Description| | + | | |Wind Speed| m/s | Wind speed. Vector sum over all 3 axis| |
- | | |Wind Speed Change | % | Description| | + | | |Wind Speed Change | % | Wind speed change in percent referring to the undisturbed inflow profile at the same height level.| |
- | | |Wind Direction| deg | Description| | + | | |Wind Direction| deg | Wind direction of horizontal component in geographic reference (0: N..90: |
- | | |Pot. Temperature | K | Description| | + | | |Pot. Temperature | K | Potential air temperature at reference (and model default) pressure. For the 3D model, it can be treated like the absolute air temperature| |
- | | |Spec. Humidity| g/kg | Description | + | | |Spec. Humidity| g/kg | Specific air humidity| |
- | | |Relative Humidity| % | Description| | + | | |Relative Humidity| % | Relative air humidity (Caution: Depends both on Specific air humidity and air temperature)| |
- | | |Vertical Exchange Coef. Impuls| m²/s | Description| | + | | |Vertical Exchange Coef. Impuls| m²/s | Calculated vertical exchange coefficient for impulse| |
- | | |Horizontal Exchange Coef. Impuls| m²/s | Description| | + | | |Horizontal Exchange Coef. Impuls| m²/s | Calculated horizontal exchange coefficient for impulse (At the moment for microscale assumed to be equal to the vertical exchange coefficient)| |
- | | |MyPollutant Concentration| µg/ | + | | |MyPollutant Concentration| µg/ |
- | | |MyPollutant Source| µg/s | Description| | + | | |MyPollutant Source| µg/s | Source of the user-defined pollutant| |
- | | |MyPollutant Deposition velocity | mm/s | Description | + | | |MyPollutant Deposition velocity | mm/s | Velocity of how fast the user-defined pollutant gets deposited| |
- | | |MyPollutant Total Deposed Mass| µg/ | + | | |MyPollutant Total Deposed Mass| µg/ |
- | | |MyPollutant Reaction Term| - | Description| | + | | |MyPollutant Reaction Term| - | Change in user-defined pollutant due to chemical reactions| |
- | | |NO Concentration| µg/ | + | | |NO Concentration| µg/ |
- | | |NO Source| µg/s | Description| | + | | |NO Source| µg/s | Source of NO| |
- | | |NO Deposition velocity | mm/s | Description | + | | |NO Deposition velocity | mm/s | Velocity of how fast NO gets deposited| |
- | | |NO Total Deposed Mass| µg/ | + | | |NO Total Deposed Mass| µg/ |
- | | |NO Reaction Term| - | Description| | + | | |NO Reaction Term| - | Change in NO due to chemical reactions| |
- | | |NO2 Concentration| µg/ | + | | |NO2 Concentration| µg/ |
- | | |NO2 Source| µg/s | Description| | + | | |NO2 Source| µg/s | Source of NO2| |
- | | |NO2 Deposition velocity | mm/s | Description | + | | |NO2 Deposition velocity | mm/s | Velocity of how fast NO2 gets deposited| |
- | | |NO2 Total Deposed Mass| µg/ | + | | |NO2 Total Deposed Mass| µg/ |
- | | |NO2 Reaction Term| - | Description| | + | | |NO2 Reaction Term| - | Change in NO2 due to chemical reactions| |
- | | |Ozone Concentration| µg/ | + | | |Ozone Concentration| µg/ |
- | | |Ozone Source| µg/s | Description| | + | | |Ozone Source| µg/s | Source of Ozone | |
- | | |Ozone Deposition velocity | mm/s | Description | + | | |Ozone Deposition velocity | mm/s | Velocity of how fast Ozone gets deposited| |
- | | |Ozone Total Deposed Mass| µg/ | + | | |Ozone Total Deposed Mass| µg/ |
- | | |Ozone Reaction Term| - | Description| | + | | |Ozone Reaction Term| - | Change in Ozone due to chemical reactions| |
- | | |PMcoarse Concentration| µg/ | + | | |PMcoarse Concentration| µg/ |
- | | |PMcoarse Source| µg/s | Description| | + | | |PMcoarse Source| µg/s | Source of PMcoarse |
- | | |PMcoarse Deposition velocity | mm/s | Description | + | | |PMcoarse Deposition velocity | mm/s | Velocity of how fast PMcoarse gets deposited| |
- | | |PMcoarse Total Deposed Mass| µg/ | + | | |PMcoarse Total Deposed Mass| µg/ |
- | | |PMcoarse Reaction Term| - | Description| | + | | |PMcoarse Reaction Term| - | Change in PMcoarse due to chemical reactions| |
- | | |PM2.5 Concentration| µg/ | + | | |PM2.5 Concentration| µg/ |
- | | |PM2.5 Source| µg/s | Description| | + | | |PM2.5 Source| µg/s | Source of PM2.5| |
- | | |PM2.5 Deposition velocity | mm/s | Description | + | | |PM2.5 Deposition velocity | mm/s | Velocity of how fast PM2.5gets deposited| |
- | | |PM2.5 Total Deposed Mass| µg/ | + | | |PM2.5 Total Deposed Mass| µg/ |
- | | |PM2.5 Reaction Term| - | Description| | + | | |PM2.5 Reaction Term| - | Change in PM2.5due to chemical reactions| |
- | | |Isoprene Concentration| µg/ | + | | |Isoprene Concentration| µg/ |
- | | |Isoprene Source| µg/s | Description| | + | | |Isoprene Source| µg/s | Source of Isoprene |
- | | |Isoprene Deposition velocity | mm/s | Description | + | | |Isoprene Deposition velocity | mm/s | Velocity of how fast Isoprene gets deposited| |
- | | |Isoprene Total Deposed Mass| µg/ | + | | |Isoprene Total Deposed Mass| µg/ |
- | | |Isoprene Reaction Term| - | Description| | + | | |Isoprene Reaction Term| - | Change in Isoprene due to chemical reactions| |
- | | |C5H9O3 Concentration| µg/ | + | | |C5H9O3 Concentration| µg/ |
- | | |C5H9O3 Source| µg/s | Description| | + | | |C5H9O3 Source| µg/s | Source of C5H9O3 |
- | | |C5H9O3 Deposition velocity | mm/s | Description | + | | |C5H9O3 Deposition velocity | mm/s | Velocity of how fast C5H9O3 gets deposited| |
- | | |C5H9O3 Total Deposed Mass| µg/ | + | | |C5H9O3 Total Deposed Mass| µg/ |
- | | |C5H9O3 Reaction Term| - | Description| | + | | |C5H9O3 Reaction Term| - | Change in C5H9O3 due to chemical reactions| |
- | | |HO2 Concentration| µg/ | + | | |HO2 Concentration| µg/ |
- | | |HO2 Source| µg/s | Description| | + | | |HO2 Source| µg/s | Source of HO2 | |
- | | |HO2 Deposition velocity | mm/s | Description | + | | |HO2 Deposition velocity | mm/s | Velocity of how fast HO2 gets deposited| |
- | | |HO2 Total Deposed Mass| µg/ | + | | |HO2 Total Deposed Mass| µg/ |
- | | |HO2 Reaction Term| - | Description| | + | | |HO2 Reaction Term| - | Change in HO2 due to chemical reactions| |
- | | |NOx Concentration| µg/ | + | | |NOx Concentration| µg/ |
- | | |NOx Source| µg/s | Description| | + | | |NOx Source| µg/s | Source of NOx | |
- | | |NOx Deposition velocity | mm/s | Description | + | | |NOx Deposition velocity | mm/s | Velocity of how fast NOx gets deposited| |
- | | |NOx Total Deposed Mass| µg/ | + | | |NOx Total Deposed Mass| µg/ |
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