ChemPlugin Modeling with Python
The course sequence below walks you through the steps of building reactive transport models in Python using the ChemPlugin SDK. We've chosen the Python programming language because it's popular and easy to use, but you can follow along and work with any of the supported languages.
Click on a topic below to get started.
| Topic | Authors |
|---|---|
| Topic | Authors |
| Introduction and setup | Craig Bethke, Brian Farrell |
| First encounter | Craig Bethke, Brian Farrell |
| Time marching | Craig Bethke, Brian Farrell |
| Retrieving results | Craig Bethke, Brian Farrell |
| Direct output | Craig Bethke, Brian Farrell |
| Linking instances | Craig Bethke, Brian Farrell |
| Flow and transport | Craig Bethke, Brian Farrell |
| Diffusion and dispersion | Craig Bethke, Brian Farrell |
| Heat transfer | Craig Bethke, Brian Farrell |
| Reactive transport model | Craig Bethke, Brian Farrell |
| Multithreading | Craig Bethke, Brian Farrell |
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