Structural Relaxation Processes and Collective Dynamics of Water in Biomolecular Environments

Engineering & Materials Science

• Structural relaxation 100%
• Relaxation processes 84%
• Water 31%
• Hydrogen bonds 26%
• Nanopores 14%
• Liquids 12%
• Potential energy 10%
• Ice 9%
• Molecules 9%
• Proteins 8%
• Membranes 8%
• Temperature 7%
• Acoustic waves 7%

Chemical Compounds

• Structural Relaxation 77%
• Environment 32%
• Potential Energy 29%
• Purity 29%
• Velocity 24%
• Simulation 18%
• Hydrogen Bond 17%
• Ambient Reaction Temperature 15%
• Liquid 15%
• Protein 11%
• Molecule 9%

Physics & Astronomy

• water 32%
• hydrogen bonds 19%
• sound propagation 11%
• propagation velocity 10%
• liquids 10%
• acoustic velocity 10%
• ice 9%
• potential energy 8%
• proteins 7%
• membranes 6%
• life (durability) 6%
• vibration 6%
• propagation 5%
• room temperature 5%
• molecules 5%
• simulation 3%