Pinned Repositories
CMAQ
CMAQ-CMAS
Community Multiscale Air Quality Model
CMAQ.Create_EBI_Solver
Data, runscript, and FORTRAN code that creates a CMAQ v5.1 EBI Solver
CMAQ.mech_processor
FORTRAN code that creates the RXNS modules for the CMAQ model version 5.1
EPACRACMM
Fork of USEPA CRACMM
F0AM
Framework for 0-D Atmospheric Modeling
F0AM_WAM
Speciation-Tool
The Speciation Tool is a stand-alone tool that was developed to generate the factors needed to convert the emission inventory components to the AQM lumped modeling compounds. The conversion process is referred to as ‘speciation’. The factors are referred to as ‘split factors’; i.e. we ‘split’ total VOCs to olefins, aldehydes, etc. The ‘chemical mechanism’ is the mapping of the emission inventory pollutants to the AQM compounds.
VCPy
CMAQ
Code for U.S. EPA’s Community Multiscale Air Quality Model (CMAQ) which helps in conducting air quality model simulations
havalapye's Repositories
havalapye/EPACRACMM
Fork of USEPA CRACMM
havalapye/CMAQ
havalapye/CMAQ-CMAS
Community Multiscale Air Quality Model
havalapye/CMAQ.Create_EBI_Solver
Data, runscript, and FORTRAN code that creates a CMAQ v5.1 EBI Solver
havalapye/CMAQ.mech_processor
FORTRAN code that creates the RXNS modules for the CMAQ model version 5.1
havalapye/F0AM
Framework for 0-D Atmospheric Modeling
havalapye/F0AM_WAM
havalapye/Speciation-Tool
The Speciation Tool is a stand-alone tool that was developed to generate the factors needed to convert the emission inventory components to the AQM lumped modeling compounds. The conversion process is referred to as ‘speciation’. The factors are referred to as ‘split factors’; i.e. we ‘split’ total VOCs to olefins, aldehydes, etc. The ‘chemical mechanism’ is the mapping of the emission inventory pollutants to the AQM compounds.
havalapye/VCPy