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PLASIMO demo version

In order to evaluate the capabilities of PLASIMO a version with slightly limited capabilities can be provided on request. This evaluation version should give you a good impression of what can be done with PLASIMO. It is limited in the sense that it does not contain the full PLASIMO database, lacks parallel support, and does not save any output to disk.

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CO2 chemistry

You can download the files and data used in this paper:

A Comprehensive Chemical Model for the Splitting of CO2 in Non-Equilibrium Plasmas. P.M.J. Koelman et al. (2016) Plasma Processes and Polymers

Read article | BibTeX

Version 3 (August 2023)

Description: The files CO2_model_v3.gum and CO2_chemistry_v3.gum are an updated version of version 2 of the CO2 chemistry. This version uses built-in up-to-date BOLSIG+ and an automatic construction of vibrational excitation, V-V, V-T reaction groups using scaling laws and an automatic constructin of series of related reactions from a template. For the complete list of changes and differences with respect to version 2, please refer to the README file inclosed in the archive.
If you wish to use these data with your copy of the PLASIMO plasma modelling toolkit, please unpack the archive relative to the input/published directory of your PLASIMO installation. Both archives contain only human-readable text files and unpack to a subdirectory koelman2016_v3.
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Version 1 and 2 (last update April 2018)

Description: The files CO2_model.gum and CO2_chemistry.gum in the models directory are the files that are used for the paper. You will also find the files CO2_model_v2.gum and CO2_chemistry_v2.gum in the same directory. These contain fixes for mistakes in the application of scaling laws that were kindly brought to our attention by Vladislav Kotov of the Forschungszentrum Jülich GmbH, IEK-4. The old versions are kept for those who wish to reproduce the results from the published paper.
If you wish to use these data with your copy of the PLASIMO plasma modelling toolkit, please unpack the archive relative to the input/published directory of your PLASIMO installation. Both archives contain only human-readable text files and unpack to a subdirectory koelman2016.
Download zip | Download tgz

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H2O-He chemistry

The H2O-He model is published in:
Two-Temperature balance equations, implementation, numerical validation and application to H2O-He microwave induced plasmas , S Tadayon Mousavi et al., (2021) PSST, DOI:10.1088/1361-6595/ac0a44. Read article | BibTeX
The PLASIMO input files are also available as supplementary materials (https://stacks.iop.org/PSST/30/075007/mmedia).


Description: The files gm_H2O_He and gm_H2O_He_afterglow.gum in part_b's subdirectories are the files that are used for the paper. Both archives contain only human-readable text files and unpack to a subdirectory tadayon2021.
Please refer to the README file inclosed in the archives for more information. Download zip | Download tgz

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N2-O2 chemistry

You can download in PLASIMO format the chemistry set from:

Gas heating in fast pulsed discharges in N2-O2 mixtures. A. Flitti and S. Pancheshnyi (2009) Eur. Phys. J. Appl. Phys. Read article | BibTeX

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