Abstraction of hydrogen by SiH₃ from hydrogen-terminated Si(001)-(2 × 1) surfaces

Engineering & Materials Science

• Hydrogen 100%
• Dangling bonds 57%
• Plasma deposition 52%
• Energy barriers 48%
• Density functional theory 46%
• Amorphous silicon 42%
• Exothermic reactions 42%
• Silanes 40%
• Molecular dynamics 35%
• Activation energy 32%
• Atoms 32%
• Molecules 30%
• Gases 17%
• Computer simulation 17%
• Temperature 12%

Chemical Compounds

• Hydrogen 63%
• Amorphous Silicon 42%
• Dangling Bond 41%
• Surface 40%
• Pseudopotential 39%
• Cluster Model 38%
• Exothermic Reaction 37%
• Energy Barrier 30%
• Silane 29%
• Hydrogen Atom 27%
• Molecular Dynamics 23%
• Reaction Activation Energy 21%
• Simulation 19%
• Density Functional Theory 19%
• Plasma 19%
• Gas 16%
• Energy 14%
• Molecule 10%

Physics & Astronomy

• hydrogen 77%
• exothermic reactions 27%
• silanes 22%
• pseudopotentials 20%
• hydrogen atoms 19%
• amorphous silicon 19%
• vapor phases 16%
• density functional theory 16%
• activation energy 15%
• molecular dynamics 15%
• molecules 11%
• simulation 7%
• temperature 6%
• energy 6%