Difference between revisions of "Thermodynamics"
(→General Thermodynamics and Fundamentals) |
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* [[Electrical Conductivity and Ionic Radii]] | * [[Electrical Conductivity and Ionic Radii]] | ||
* [[H3OION in MSE databank]] | * [[H3OION in MSE databank]] | ||
| − | *[[Development of the Hydronium Ion for MSE]] | + | * [[Development of the Hydronium Ion for MSE]] |
* [[Heat Capacity]] | * [[Heat Capacity]] | ||
* [[How is pH calculated when there is no H ion?]] | * [[How is pH calculated when there is no H ion?]] | ||
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* [[ Traditional Regression Parameters]] | * [[ Traditional Regression Parameters]] | ||
| + | == OLI Papers on Thermodynamics == | ||
== Unit Operations == | == Unit Operations == | ||
Revision as of 08:01, 1 November 2016
OLI Thermodynamics and Concepts section will help provide users with an insight about basic concepts OLI software and the engine is built on.
Contents
General Thermodynamics and Fundamentals
- Calculation of pH in multiple solvents
- Conversion of Assays and Pseudo-components to OLI Species
- Electrical Conductivity and Ionic Radii
- H3OION in MSE databank
- Development of the Hydronium Ion for MSE
- Heat Capacity
- How is pH calculated when there is no H ion?
- MSE Density Parameter Update
OLI Modeling
- How to calculate fugacities when no vapor phase is present
- Reaction Kinetics Overview in OLI Software (PDF, 2.5 MB)
- Scaling Tendencies
- Sparingly Soluble Organics
- Standard Liquid Volume
- TRANGE
- True Species vs Apparent species
Data Regression
- ASAP variable list
- Mixed Solvent Electrolyte ( MSE) model Regression Parameters
- Traditional Regression Parameters
