v5.7.8 was used for the Myanmar NOCs paper by Zhang et al.

v5.7.8 was used for the PyCHAM simulations contained in the interpretation of observations of nitrogen-containing organic compounds (NOCs) from urban sites in Myanmar, as contained in the Zhang et al. paper. In PyCHAM/output/Myanmar_NOCs_paper_Zhang_etal is a README on how to recreate and analyse the simulations discussed in that paper.

No new physical or chemical processes were included compared to the previous release, but software usability was improved.

v5.6.0 was used for the guaiacol gas-phase chemical mechanism paper by Evans et al.

v5.6.0 was used for the PyCHAM simulations contained in the Evans et al. guaiacol gas-phase chemical mechanism paper (using observations from the EUPHORE chamber). In PyCHAM/output/Guaiacol_mechanism_paper_Evans_etal is a README on how to recreate the simulations discussed in that paper.

v5.2.10 was used for the INGENIOUS overview paper

v5.2.10 was used for the INGENIOUS overview paper, specifically the figure generated by PyCHAM in that paper. The paper submitted for review is called The INGENIOUS Project: Towards understanding air pollution in homes. And it was submitted to Environmental Science: Processes & Impacts. In PyCHAM/output/INGENIOUS_overview_paper_output_and_input is a README on how to recreate the figure.

v3.17.17 was used for the autoCONSTRAINT paper

v3.17.17 was used for the autoCONSTRAINT description paper by Pichelstorfer, O'Meara and McFiggans

PyCHAM: CHemistry with Aerosol Microphysics in Python

This release corresponds to the software presented in the journal article of Geophysical Model Development.

PyCHAM: CHemistry with Aerosol Microphysics in Python

Aligned with PyCHAM software description in Journal for Open Source Software.