State-resolved study of coadsorption effects on the stimulated dissociation of NO₂on Pt(111)

Physics & Astronomy

• dissociation 96%
• charge transfer 67%
• orbits 56%
• products 50%
• excitation 37%
• energy distribution 34%
• screening 33%
• vapor phases 31%
• ionization 27%
• life (durability) 26%
• ground state 25%
• augmentation 23%
• decay 22%
• electronics 20%
• atoms 19%
• lasers 17%
• electrons 16%

Engineering & Materials Science

• Charge transfer 100%
• Orbits 68%
• Ground state 58%
• Surface states 55%
• Monolayers 51%
• Ionization 50%
• Atoms 40%
• Electrons 39%
• Screening 36%
• Lasers 29%
• Substrates 27%
• Gases 22%

Chemical Compounds

• Dissociation 84%
• Rotational Excitation 61%
• Charge Transfer 54%
• Vibrational Excitation 52%
• Electronic Transition 41%
• Reaction Yield 31%
• Ground State 30%
• Monolayer 29%
• Surface 24%
• Electron Particle 21%
• Reduction 17%