pyplas

Name	pyplas JSON
Version	0.2.1 JSON
	download
home_page	https://github.com/mimurrayy/pyplas
Summary	Basic library for low-temperature plasmas.
upload_time	2024-09-07 18:09:46
maintainer	None
docs_url	None
author	Julian Held
requires_python	>=3.8.1
license	MIT
keywords
VCS
bugtrack_url
requirements	No requirements were recorded.
Travis-CI	No Travis.
coveralls test coverage	No coveralls.

            # pyplas - Basic library for low-temperature plasmas

The library contains a few very basic classes to store information about a low-temperature plasma and allows for the calculation of common plasma parameters.
It's mainly meant to support other libraries that do actually useful things with this basic framework, like  [**owlspec**](https://github.com/mimurrayy/owl).


## Example

```python
#!/bin/python3
import pyplas
from scipy import constants as const

n0 = 1e15
electrons = pyplas.electrons(n0, T=3*const.eV/const.k)
ions = pyplas.ions("Ar", n0, T=500)
neutrals = pyplas.neutrals("Ar", P=300)
plasma = pyplas.plasma(electrons, ions, neutrals, B=0.1)
print("Electron temperature (K): " + str(plasma.Te))
plasma.ion_neutral_cx = 1e-18
LD = plasma.get_Debye()
col_freq = plasma.get_ion_neutral_freq()

print("Ion gyro radius (mm): " + str(plasma.get_ion_gyro_radius()*1e3))
```    

            

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    "description": "# pyplas - Basic library for low-temperature plasmas\r\n\r\nThe library contains a few very basic classes to store information about a low-temperature plasma and allows for the calculation of common plasma parameters.\r\nIt's mainly meant to support other libraries that do actually useful things with this basic framework, like  [**owlspec**](https://github.com/mimurrayy/owl).\r\n\r\n\r\n## Example\r\n\r\n```python\r\n#!/bin/python3\r\nimport pyplas\r\nfrom scipy import constants as const\r\n\r\nn0 = 1e15\r\nelectrons = pyplas.electrons(n0, T=3*const.eV/const.k)\r\nions = pyplas.ions(\"Ar\", n0, T=500)\r\nneutrals = pyplas.neutrals(\"Ar\", P=300)\r\nplasma = pyplas.plasma(electrons, ions, neutrals, B=0.1)\r\nprint(\"Electron temperature (K): \" + str(plasma.Te))\r\nplasma.ion_neutral_cx = 1e-18\r\nLD = plasma.get_Debye()\r\ncol_freq = plasma.get_ion_neutral_freq()\r\n\r\nprint(\"Ion gyro radius (mm): \" + str(plasma.get_ion_gyro_radius()*1e3))\r\n```    \r\n",
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