Two-state thermodynamics and transport properties for water as zeroth-order results of a "bond lattice" model

Chemical Compounds

• Lattice Model 100%
• Thermal Expansion Coefficient 80%
• Glass Transition 74%
• Magnetic Resonance 72%
• Heat Capacity 70%
• Transport Property 65%
• Thermodynamic Property 61%
• Chemical Shift 56%
• Ground State 55%
• Proton 45%
• Flow 44%
• Thermodynamics 43%
• Volume 40%
• Hydrogen 35%
• Mixture 30%

Engineering & Materials Science

• Transport properties 88%
• Thermodynamic properties 64%
• Water 37%
• Negative thermal expansion 25%
• Chemical shift 23%
• Low temperature properties 21%
• Ground state 20%
• Relaxation processes 20%
• Hydrogen bonds 19%
• Nuclear magnetic resonance 16%
• Glass transition 15%
• Specific heat 14%
• Chemical activation 12%
• Infrared radiation 12%
• Thermodynamics 11%
• Viscosity 11%
• Temperature 11%

Physics & Astronomy

• thermodynamic properties 56%
• transport properties 55%
• water 39%
• water temperature 18%
• proton magnetic resonance 18%
• temperature dependence 17%
• elementary excitations 15%
• axioms 15%
• chemical equilibrium 14%
• thermal expansion 12%
• equations of state 11%
• activation 11%
• inclusions 10%
• specific heat 10%
• viscosity 10%
• broadband 9%
• thermodynamics 9%
• ground state 9%
• hydrogen 8%
• glass 8%
• coefficients 7%
• configurations 7%
• approximation 7%