GMS:Chemical Reaction Package: Difference between revisions
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The dialog has the following options: | The dialog has the following options: | ||
*Sorption | *Sorption – Has the following options: | ||
**"(none)" | |||
**"Linear isothem" | |||
**"Freundich isothem" | |||
**"Langmuir isothem" | |||
**"First-order kinetic sorption (non-equilibrium)" | |||
**"Dual-domain mass transfer (without sorption) | |||
**"Dual-domain mass transfer (with sorption)" | |||
*Kinetic rate reaction | *Kinetic rate reaction | ||
**"(none)" | |||
**"First-order irreversible kinetic reaction" | |||
**"Zero-order reaction (decay or production)" | |||
*Variable input | *Variable input | ||
**Layer by layer | **Layer by layer |
Revision as of 15:17, 15 August 2016
The Chemical Reaction Package dialog is used to solve the concentration change due to chemical reactions. The chemical reactions include linear or nonlinear sorption isotherms and first-order irreversible rate reactions (radioactive decay or biodegradation).
The dialog has the following options:
- Sorption – Has the following options:
- "(none)"
- "Linear isothem"
- "Freundich isothem"
- "Langmuir isothem"
- "First-order kinetic sorption (non-equilibrium)"
- "Dual-domain mass transfer (without sorption)
- "Dual-domain mass transfer (with sorption)"
- Kinetic rate reaction
- "(none)"
- "First-order irreversible kinetic reaction"
- "Zero-order reaction (decay or production)"
- Variable input
- Layer by layer
- Cell by cell
- Specify IC of sorbed phase
- Layer
- Bulk density
- Immobile porosity