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MANE: A MULTIPHASE, AQUEOUS, NON-STEADY STATE EQUILIBRIUM MODEL FOR SIMULATING SOIL-WATER INTERACTIONS
Citation:
Santore, R. AND C. Driscoll. MANE: A MULTIPHASE, AQUEOUS, NON-STEADY STATE EQUILIBRIUM MODEL FOR SIMULATING SOIL-WATER INTERACTIONS. U.S. Environmental Protection Agency, Washington, D.C., EPA/600/A-92/014 (NTIS PB92143817), 1992.
Description:
A variety of chemical equilibrium models have been developed to help assess environmental chemistry problems, but few were specifically developed as research and teaching tools for use in conjunction with soil chemistry experiments. MANE model was developed to calculate equilibrium concentrations of aqueous and sorbed species, the effects of gaseous and solid phases on the composition of the aqueous and adsorbed phases, and correction of ion activities due to temperature, ionic strength and composition effects. dditionally, it was designed to compare alternative formulations for reactions between solutes and surfaces, and simulating chemical changes through a soil column over time. ANE was designed to be called as a subroutine within other models, allowing it to perform the equilibrium calculations.
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MANE: A MULTIPHASE, AQUEOUS, NON-STEADY STATE EQUILIBRIUM MODEL FOR SIMULATING SOIL-WATER INTERACTIONS