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Enter your initial fluid composition on the Basis pane,

Choose the type of kinetic reaction. Enter your initial fluid composition on the Basis pane, then go to the Reactants pane to create a reaction path. Specify kinetic parameters using the built in rate law, including: rate constants mineral surface areas

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Enter your initial fluid composition on the Basis pane,

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  1. Choose the type of kinetic reaction Enter your initial fluid composition on the Basis pane, then go to the Reactants pane to create a reaction path.

  2. Specify kinetic parameters using the built in rate law, including: • rate constants • mineral surface areas • promoting and inhibiting species

  3. Mineral dissolution and precipitation Reaction progress shows parallel and serial effects of kinetic rate law

  4. Complex association and dissociation Al3+ and F- react to form the AlF2+ complex

  5. Sorption and desorption Desorption of Ca2+ from a ferric oxyhydroxide surface.

  6. Decouple redox pairs by going to Config → Redox Couples... Enter balanced redox reaction and any necessary kinetic parameters. Turn enzyme function on or off.

  7. Redox transformations Fe2+ is oxidized to Fe3+

  8. Enzymes and catalysts CH3COO− is consumed within an hour.

  9. Enter the fugacity of the external gas buffer, rate constant, and interfacial surface area to describe the rate of gas exchange.

  10. Gas transfer A fluid exsolves CO2(g) as it approaches equilibrium with the atmosphere.

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