GitHub - xzhao287/Diffusion_reaction_model: A Crank-Nicolson solver for simulating gas-liquid interface reaction where both diffusion and reaction play a role

Name		Name	Last commit message	Last commit date
Latest commit History 1 Commit
crank_nicolson		crank_nicolson
sticking_coeff		sticking_coeff
The Mathematics of Diffusion by J. Crank (z-lib.org).pdf		The Mathematics of Diffusion by J. Crank (z-lib.org).pdf
a-practical-method-for-numerical-evaluation-of-solutions-of-partial-differential-equations-of-the-heat-conduction-type.pdf		a-practical-method-for-numerical-evaluation-of-solutions-of-partial-differential-equations-of-the-heat-conduction-type.pdf
analytical_vs_numerical_intial_box_diffusion.m		analytical_vs_numerical_intial_box_diffusion.m
conctable_all_zero.mat		conctable_all_zero.mat
diffusion_and_reaction_kinetics.pptx		diffusion_and_reaction_kinetics.pptx
diffusion_w_evp_nd_rxn.m		diffusion_w_evp_nd_rxn.m
diffusion_w_evp_wo_rxn.m		diffusion_w_evp_wo_rxn.m
diffusion_wo_reaction_o_evap.m		diffusion_wo_reaction_o_evap.m
external_column.mat		external_column.mat
home_a_vs_n_pure_diffusion_initial_box.fig		home_a_vs_n_pure_diffusion_initial_box.fig
home_a_vs_n_pure_diffusion_initial_box.png		home_a_vs_n_pure_diffusion_initial_box.png
home_analytical_vs_numerical_intial_box_diffusion.m		home_analytical_vs_numerical_intial_box_diffusion.m
physical_properties_of_active_species.PNG		physical_properties_of_active_species.PNG
propagator_mtx.mat		propagator_mtx.mat
propagator_mtx1.mat		propagator_mtx1.mat
rate_coefficient_of_active_species.PNG		rate_coefficient_of_active_species.PNG