Effect of Nonequilibrium Solvation on Chemical Reaction Rates. Variational Transition-State-Theory Studies of the Microsolvated Reaction C1^-(H₂O)_n + CH₃C1

Engineering & Materials Science

• Solvation 100%
• Reaction rates 70%
• Chemical reactions 62%
• Molecules 60%
• Rate constants 51%
• Ions 19%
• Potential energy surfaces 17%
• Water 16%
• Specific heat 10%
• Entropy 8%
• Gases 5%

Chemical Compounds

• Transition State Theory 73%
• Nonequilibrium 66%
• Solvation 53%
• Rate Constant 32%
• Molecule 13%
• Heat Capacity 12%
• Potential Energy Surface 11%
• Transition State 10%
• Entropy 10%
• Chloride 7%
• Surface 3%

Medicine & Life Sciences

• Water 41%
• Methyl Chloride 35%
• Ions 34%
• Entropy 25%
• Chlorides 22%
• Gases 17%
• Hot Temperature 16%