Pinned Repositories
archetypal-analysis
Archetypal analysis: can we characterize the atmospheric chemical state as a mixture of its extremes?
beam-simulation
Simulating a Bernoulli beam using the finite element method, and some new fun programming tools, Pluto editor for Julia.
CRNN
Chemical Reaction Neural Network
discrete-sectional-jam
The discrete sectional julia aerosol module (JAM) is a Julia language implementation of the discrete-sectional method to simulate an evolving aerosol (Li and Cai, 2020: https://doi.org/10.1016/j.jaerosci.2020.105615). It was created for the final project for ENE 527: Climate Change and Aerosols at University of Southern California.
F0AM
Framework for 0-D Atmospheric Modeling
graph-cycles
graph-cycles
julia-photochemical-model
The Julia photochemical model is based on a Fortran photochemical mechanism from Dr. Michael Kleeman's graduate course ECI241 on air quality modeling at University of California, Davis.
KPP-fixStoichiom
The KPP kinetic preprocessor is a software tool that assists the computer simulation of chemical kinetic systems
MLAQ
Machine Learning Air Quality
VBS
Diagram of the LOTOS-EUROS volatility basis sets
obin1's Repositories
obin1/beam-simulation
Simulating a Bernoulli beam using the finite element method, and some new fun programming tools, Pluto editor for Julia.
obin1/graph-cycles
graph-cycles
obin1/julia-photochemical-model
The Julia photochemical model is based on a Fortran photochemical mechanism from Dr. Michael Kleeman's graduate course ECI241 on air quality modeling at University of California, Davis.
obin1/MLAQ
Machine Learning Air Quality
obin1/VBS
Diagram of the LOTOS-EUROS volatility basis sets
obin1/archetypal-analysis
Archetypal analysis: can we characterize the atmospheric chemical state as a mixture of its extremes?
obin1/CRNN
Chemical Reaction Neural Network
obin1/discrete-sectional-jam
The discrete sectional julia aerosol module (JAM) is a Julia language implementation of the discrete-sectional method to simulate an evolving aerosol (Li and Cai, 2020: https://doi.org/10.1016/j.jaerosci.2020.105615). It was created for the final project for ENE 527: Climate Change and Aerosols at University of Southern California.
obin1/F0AM
Framework for 0-D Atmospheric Modeling
obin1/KPP-fixStoichiom
The KPP kinetic preprocessor is a software tool that assists the computer simulation of chemical kinetic systems
obin1/geos-chem
Source code repository for the GEOS-Chem model of atmospheric chemistry and composition.
obin1/graph-paths
obin1/KPP-boxmodel
A box-model for a KPP-generated chemistry mechanism using the auto-reduce feature to speed up computation
obin1/obin1.github.io
obin1/pyrowex
An initial implementation of pyrowex (Python Retrieval of Wildfire Exceptional Events), an automated tool developed in the Python programming language to assess whether or not high PM2.5 events were caused by wildfires.