GMS:Calculate Mass: Difference between revisions
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[[File:MT3D-CalculateMass.png|thumb|500 px|Example of the MT3DMS ''Calculate Mass'' dialog.]] | [[File:MT3D-CalculateMass.png|thumb|500 px|Example of the MT3DMS ''Calculate Mass'' dialog.]] | ||
The MT3DMS ''Calculate Mass'' dialog allows the calculation of the mass of a contaminant in the entire model domain or in the selected cells. | The MT3DMS ''Calculate Mass'' dialog allows the calculation of the mass of a contaminant in the entire model domain or in the selected cells. At the top of the dialog, the '''MODFLOW Heads''' and '''MT3DMS Conc...''' buttons bring up a ''Select Dataset'' dialog where the head and concentration datasets can be selected. All time steps in the datasets can be used or specific time steps can be selected. | ||
==Definition== | ==Definition== | ||
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[[Category:MT3DMS Dialogs]] | [[Category:MT3DMS Dialogs]] | ||
[[Category:PHT3D Dialogs]] | [[Category:PHT3D Dialogs]] | ||
Revision as of 14:30, 2 August 2016
The MT3DMS Calculate Mass dialog allows the calculation of the mass of a contaminant in the entire model domain or in the selected cells. At the top of the dialog, the MODFLOW Heads and MT3DMS Conc... buttons bring up a Select Dataset dialog where the head and concentration datasets can be selected. All time steps in the datasets can be used or specific time steps can be selected.
Definition
Explains the formula that is used to calculate the mass. Basically, the volume of water in each cell is calculated and then multiplied by the concentration computed by MT3DMS. A conversion factor must be supplied so that the calculated mass will be computed in the correct units.
Concentration Range
Allows the specification a range over which the mass will be calculated. This is most useful to ignore negative concentrations that result in MT3DMS simulations.
Conversion Factor
The factor determines which units the resulting mass will be displayed in.
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