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I am currently understanding the code related to sea salt. The code is contained in apm_init_mod.F. However, I am not clear on how the bin sizes for sea salt are determined. Additionally, I am curious about why YVRAT is needed, why is DR calculated this way? and the meaning of DR.
The file apm_init_mod.F should be a necessary one, but when I used the command:'gdb gcclassic' and 'b apm_init_mod.F:1404', it did not pause at line 1404 in the apm_init_mod file.
Thank you for your assistance.
Best regards
Baihua Chen
The text was updated successfully, but these errors were encountered:
These codes were used to calculate number size distribution based on aerosol microphysics shown in Seinfeld&Pandis textbook (2006). DR is the width of each bin.
Do not know what 'gdb gcclassic' and 'b apm_init_mod.F:1404' mean.
These codes were used to calculate number size distribution based on aerosol microphysics shown in Seinfeld&Pandis textbook (2006). DR is the width of each bin.
Do not know what 'gdb gcclassic' and 'b apm_init_mod.F:1404' mean.
Your name
Baihua Chen
Your affiliation
Xiamen University
Please provide a clear and concise description of your question or discussion topic.
Dear @ganluoasrc
I am currently understanding the code related to sea salt. The code is contained in apm_init_mod.F. However, I am not clear on how the bin sizes for sea salt are determined. Additionally, I am curious about why YVRAT is needed, why is DR calculated this way? and the meaning of DR.
The file apm_init_mod.F should be a necessary one, but when I used the command:'gdb gcclassic' and 'b apm_init_mod.F:1404', it did not pause at line 1404 in the apm_init_mod file.
Thank you for your assistance.
Best regards
Baihua Chen
The text was updated successfully, but these errors were encountered: