a repository containing functions and constants relevant to the treatment of moist atmospheric processes
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# aes_thermo README
## Description
## Description
This repository contains constants and functions used for the analysis of moist thermodynamic processes. An effort is made to be as accurate as possible given
This repository contains constants and functions used for the analysis of moist thermodynamic processes. An effort is made to be as accurate as possible given the assumption of a Rankine-Kirchoff fluid, i.e., zero condensate volume, perfect mixtures of perfect gases, perfect liquids and constancy of specific heats.
the assumption of a Rankine fluid, i.e., zero condensate volume, perfect mixtures of perfect gases, perfect liquids and constancy of specific heats. In some
cases even more exact treatments will be desired, for instance the more accurate specifications of the saturation vapor pressure are not consistent with the
assumptions of a Rankine fluid, but these will generally be the exception.
## Installation
In some cases even more exact treatments will be desired, for instance the more accurate specifications of the saturation vapor pressure are not consistent with the assumptions of a Rankine-Kirchoff fluid, but these will generally be the exception. More accurate formulations are available, for instansce, using the IAPWS package or its deriviatives.
## Usage
## Usage
Jupyter notebooks provide illustrative use cases
Jupyter notebooks provide illustrative use cases and further informatino pursuant to choices made in structuring the code, and the functionality it enables.
## Support
## Support
Contact bjorn.stevens@mpimet.mpg.de for support
Contact bjorn.stevens@mpimet.mpg.de for support
## Contributing
## Contributing
Code contributions are welcome.
Code contributions are welcome. Please suggest changes on a branch and make a merge request.
## Authors and acknowledgment
## Authors and acknowledgment
Show your appreciation to those who have contributed to the project.
The code was written by Bjorn Stevens (MPI-M Hamburg).
## License
Lukas Kluft and Tobias Kölling provided input and guidance in setting up the repository and on matters related to python. Jiawei Bao, Geet George and Hauke Schulz provided feedback on the thermodynamic analysis.
The code in this directory is all licensed as BSD-3C as stipulated by the LICENSE file in the root directory
## License
The code in this directory is all licensed as BSD-3C as stipulated by the LICENSE file in the root directory
