partmc
Atmospheric Aerosol Simulator
A particle-resolved stochastic atmospheric aerosol simulation model using Fortran
Particle-resolved stochastic atmospheric aerosol model
28 stars
8 watching
16 forks
Language: Fortran
last commit: 3 months ago
Linked from 1 awesome list
protontypes/open-sustainable-technologyRelated projects:
| Repository | Description | Stars |
|---|---|---|
 execlim/isca | An atmospheric circulation model framework with Fortran and Python interfaces | 140 |
 simonom/pycham | A Python box model for simulating indoor environments and aerosol microphysics | 51 |
 space-physics/lowtran | An atmospheric absorption extinction, scatter and irradiance model using Python | 103 |
 climdyn/qgs | A flexible Python framework for simulating the dynamics of atmospheric models in midlatitudes | 37 |
 clessig/atmorep | A framework for learning atmospheric dynamics from large-scale representation data | 45 |
 mit-lae/apcemm | A simulation tool for aircraft plume chemistry and microphysics | 9 |
 ncar/icar | A simplified atmospheric model designed to simulate climate and weather patterns | 74 |
 slightlymad/atmosphericscattering | A Unity plugin for simulating atmospheric scattering in 3D graphics | 660 |
 open-atmos/pysdm | An atmospheric modeling package for simulating particle dynamics in moist air using the Super-Droplet Method | 60 |
| open-atmos/camp | A software tool for simulating complex atmospheric chemistry processes | 14 |
 ai2cm/pace | An implementation of the FV3GFS / SHiELD atmospheric model in Python | 37 |
 robintw/py6s | Provides a Python interface to the 6S Radiative Transfer Model for atmospheric simulation | 196 |
 remotesensingtools/vsmartmom.jl | A software suite that simulates radiative transfer in the Earth's atmosphere and surface using vectorized plane-parallel modeling. | 44 |
| ncar/micm | A module for atmospheric chemistry models that uses GPU acceleration to solve complex chemical reactions. | 5 |
 oceanparcels/parcels | A Python framework for simulating the movement of particles in ocean flows using Lagrangian methods. | 300 |