Open mattldawson opened 1 year ago
To finish this, we need to know how @marybarthbrock want's to handle the N-start values and diffusion coefficient for the CAMP configuration.
The options are for us to backsolve for N or to be provided with the N values and the diffusion rates
N-star for capram might be in this file: https://github.com/compdyn/partmc/blob/aqchem/scenarios/8_urban_plume_aq_chem/aq_spec_data_with_abstol.dat
Hi Kyle,
I responded in the Milestone doc about the CAMP JSON file. It's actually in your April 13 email of this email conversation. Nstar seems to be defined there already.
There's an updated CAPRAM-TS1 mapping file in the CloudChem-Case1 subfolder called capramHenryClass.xlsx
There are initial mixing ratios for the Case in 3 files: ConditionsoftheSimulations.pdf, react (original input file that I use for my personal cloud chemistry box modeling), and Case1_Initmixingratios.xlsx. The last is likely the easiest to work with. It has two sheets, one where the species is each row, and the other where the species is each column. Just trying to make it easy for you.
Let me know if there's anything else, Mary
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On Tue, May 2, 2023 at 3:16 PM Kyle Shores @.***> wrote:
N-star for capram might be in this file: https://github.com/compdyn/partmc/blob/aqchem/scenarios/8_urban_plume_aq_chem/aq_spec_data_with_abstol.dat
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Create an example mechanism based on conditions specified here: https://docs.google.com/document/d/1d8Zf26dymRgU6e3RH8DMz2y1vPXGFH-VOCvIB2Dt05o/edit
using the TS1 mechanism from ChemistryCafe and the CAPRAM 2.5 reduced+ mechanism: https://capram.tropos.de/capram_24.html