Infrared multiphoton dissociation of unsubstituted metal carbonyls at 5 μm

INIS

• dissociation 100%
• metals 100%
• carbonyls 100%
• absorption 66%
• beams 66%
• energy 66%
• production 33%
• surfaces 33%
• molybdenum 33%
• molecules 33%
• nickel 33%
• yields 33%
• cross sections 33%
• atoms 33%
• carbon dioxide lasers 33%
• power 33%
• output 33%
• ground states 33%
• tungsten 33%
• iron 33%
• stoichiometry 33%
• photochemistry 33%
• carbon monoxide 33%
• pressure measurement 33%
• chromium 33%
• vanadium 33%

Physics

• Pressure Measurement 100%
• Carbon Dioxide Laser 100%
• Photochemical Reaction 100%
• Reaction Yield 100%
• Absorption Cross Sections 100%
• Ground State 100%
• Fluence 100%
• Carbon Monoxide 100%
• Stoichiometry 100%

Chemistry

• Metal Carbonyl 100%
• Multiphoton Absorption 100%
• Absorption Cross-Section 50%
• Reaction Stoichiometry 50%
• Ground State 50%
• Carbon Dioxide 50%
• Reaction Yield 50%
• Photochemical Reaction 50%
• Excited Electronic State 50%
• Metal Atom 50%
• Decarbonylation 50%
• Molybdenum 50%
• Vanadium 50%
• Carbon Monoxide 50%
• Photochemistry 50%