Ultrafast Librational Relaxation of H2O in Liquid Water

Engineering & Materials Science

• Computer simulation 9%
• Energy transfer 41%
• Excitation energy 30%
• Hydration 38%
• Hydrogen 14%
• Hydrogen bonds 24%
• Liquids 71%
• Molecular dynamics 20%
• Molecules 52%
• Relaxation 100%
• Temperature 7%
• Water 58%

Physics & Astronomy

• asymmetry 13%
• degrees of freedom 14%
• energy 26%
• energy transfer 29%
• excitation 17%
• flow characteristics 20%
• hydration 37%
• hydrogen 11%
• hydrogen bonds 18%
• liquids 57%
• minorities 20%
• molecular dynamics 12%
• molecules 28%
• simulation 6%
• temperature 5%
• translational motion 22%
• water 61%

Chemical Compounds

• Asymmetry 28%
• Energy 50%
• Energy Transfer 45%
• Flow 34%
• Molecular Dynamics 19%
• Nonequilibrium 57%
• Purity 13%
• Rotational Energy 38%
• Time 19%