Proton magnetic resonance chemical shifts and the hydrogen bond in concentrated aqueous electrolyte solutions

Engineering & Materials Science

• Chemical shift 100%
• Hydrogen bonds 81%
• Nuclear magnetic resonance 70%
• Negative ions 63%
• Positive ions 58%
• Electrolytes 57%
• Saline water 31%
• Alkalinity 30%
• Temperature 18%
• Hydrolysis 14%
• Protons 14%
• Glass transition 13%
• Superconducting transition temperature 12%
• Hydration 12%
• Specific heat 12%
• Molecules 11%
• Salts 10%
• Ions 10%
• Water 6%

Physics & Astronomy

• proton magnetic resonance 77%
• chemical equilibrium 62%
• hydrogen bonds 61%
• electrolytes 48%
• anions 44%
• cations 39%
• shift 35%
• salts 31%
• water 20%
• rupturing 18%
• temperature dependence 15%
• hydrolysis 13%
• hydration 12%
• glass transition temperature 11%
• specific heat 9%
• protons 7%
• radii 7%
• temperature 6%
• molecules 6%
• ions 5%

Chemical Compounds

• Magnetic Resonance 61%
• Chemical Shift 47%
• Proton 38%
• Hydrogen Bond 35%
• Anion 34%
• Cation 25%
• Hydration Number 19%
• Thiocyanate 15%
• Heat Capacity 15%
• Glass Transition Temperature 12%
• Hydrolysis 9%
• Ion 5%
• Molecule 5%