Comparison of Coverage-Dependent Binding Energy Models for Mean-Field Microkinetic Rate Predictions
Authors/Creators
- 1. Intel Corporation
- 2. University of Notre Dame
- 3. Institute for Disease Modeling
Description
Supplementary Dataset and Source Code for Figures: Comparison of Coverage-Dependent Binding Energy Models for Mean-Field Microkinetic Rate Predictions
FinalData
1) MC_ATAT.pkl: Kinetics Data generated using monte carlo simulations generated with ATAT
2) MC_Norskov2012Tern_hull_I_NZ.pkl: Kinetics data using piecewise linear model with fits to formation energy hull points
3) MC_WilsonTern_E0f0_hull_I_NZ.pkl: Kinetics data using activity model with fits to formation energy hull points
4) MC_quadTern_hull_I_NZ.pkl: Kinetics data using linear model with fits to formation energy hull points
5) cl_15.txt: Formation energy dataset at various NO-O configurations and coverages using DFT and ATAT
Scripts
1) mfModels_supplementary.py: Functions to compute all the models presented in this work
2) meanFieldExtractor.py: Functions to extract kinetics data at various conditions of temperatures and partial pressures for each model
3) fullKinetics.py: Script to generate the plots for the manuscript
Files
SI_DataAndSourceFiles.zip
Files
(48.2 MB)
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