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Steady state reactive kinetics on surfaces exhibiting defect structures
Fernando F. Grinstein
,
Herschel Rabitz
, Attila Askar
Chemistry
Princeton Language and Intelligence (PLI)
Princeton Materials Institute
Research output
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Contribution to journal
›
Article
›
peer-review
8
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Scopus citations
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Dive into the research topics of 'Steady state reactive kinetics on surfaces exhibiting defect structures'. Together they form a unique fingerprint.
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Keyphrases
Steady State
100%
Production Rate
100%
Defected Ground Structure
100%
Reactive Kinetics
100%
Net Effect
50%
Heat Transfer
50%
Surface Defects
50%
Large-scale Problems
50%
Local Temperature
50%
Kinetic Characteristics
50%
Chemical Production
50%
Multigrid Technique
50%
Defect Sites
50%
Active Surface
50%
Numerical Procedure
50%
Local Heat
50%
Fault Materials
50%
Reaction-diffusion Equations
50%
Surface Processes
50%
Temperature Transfer
50%
Local Production
50%
Desorption Behavior
50%
Physical Insight
50%
Species Profile
50%
Foreign Materials
50%
Engineering
Defect Structure
100%
Net Effect
50%
Simple Model
50%
Diffusion Equation
50%
Foreign Material
50%
Active Surface
50%
Surface Process
50%
Multigrid
50%
Chemical Production
50%
Defect Site
50%
Surface Defect
50%
Foreign Body
50%
Case Study
50%
Mathematics
Lattices
100%
Simple Model
100%
Net Effect
100%
Reaction-Diffusion Equation
100%
Material Science
Crystal Defect
100%
Desorption
50%
Surface Defect
50%
Chemical Engineering
Chemical Kinetics Characteristics
100%
Desorption
50%