The Tandem Tool (T3) for automated chemical kinetic model development
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Updated
Aug 30, 2026 - Python
The Tandem Tool (T3) for automated chemical kinetic model development
Repository to create neural network architecture for dynamic chemistry reduction based on Global Pathway Selection
⚛️📈 Create and analyze chemical microkinetic models built from computational chemistry data. Crafted at the @geem-lab.
⚗ A package useful for chemistry written in Python
A kinetic Monte Carlo program for radical polymerization kinetics.
aplicação web em python para modelagem matemática, regressão não-linear e tratamento estatístico de dados físico-químicos de superfícies e cinética.
ODS (oxidative desulfurization) kinetics suite — 9-model nonlinear fitting with AICc selection, TOF/TON, Arrhenius analysis with confidence intervals, and residual diagnostics, in a Streamlit app.
Set up and solve reaction kinetics equations based on reaction formulas.
A Python based IC engine simulator using Cantera
A simple toolkit based on Stochastic Analysis to model kinetics on free energy profiles
Reproducible companion materials for the nano-dense molecular state hypothesis and persistence–stabilization framework for combustion nanoparticle inception.
Python framework for kinetic and process-level assessment of advanced oxidation processes, including water-matrix effects, oxidant utilization, and engineering interpretation.
Employing Magnetstein for the analysis of chemical reactions.
Cantera study of EGR and oxy-fuel effects on methane combustion — adiabatic flame temperature, laminar flame speed, ignition delay and NOx (MKWS 2026 course project).
A Python library for polymerization kinetics and related chemical engineering calculations.
A high-performance Python library for molecular structures, thermodynamics and chemical kinetics. (Part of the RMG ecosystem)
A program to automatically perform microkinetic modeling and generate microkinetic volcano plots for homogeneous catalysis reactions using energy data.
Bayesian Uncertainty Quantification and Sensitivity Analysis for H₂ + OH → H₂O + H Reaction | 10 kinetic studies (1981-2021) | Python analysis, ML validation | Chemical kinetics | Open Science
Computational Stoichiometry implementation for the 'Mathematical & Computational Chemistry' lecture at Dept. of Chemistry, Chungnam Natl. Univ.
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