Atmospheric chemistry of CF₂BrH: Kinetics and mechanism of reaction with F and Cl atoms and fate of CF₂BrO radicals

Engineering & Materials Science

• Atmospheric chemistry 100%
• Atoms 53%
• Molecules 50%
• Fluorine 35%
• Rate constants 31%
• Radiolysis 21%
• Equilibrium constants 19%
• Bromine 19%
• Absorption spectra 18%
• Monitoring 7%

Physics & Astronomy

• atmospheric chemistry 78%
• adducts 68%
• kinetics 30%
• molecules 27%
• atoms 25%
• fluorine 25%
• bromine 15%
• radiolysis 15%
• absorption cross sections 12%
• elimination 12%
• absorption spectra 9%
• atmospheres 9%
• products 8%
• pulses 6%

Chemical Compounds

• Atmospheric Chemistry 70%
• Adduct 36%
• Fluorine Atom 22%
• Rate Constant 16%
• Absorption Cross-Section 16%
• UV Absorption 13%
• Radiolysis 13%
• Bromine Atom 12%
• Equilibrium Constant 11%
• Ultraviolet Spectrum 10%
• Absorption Spectrum 9%