A nuclear magnetic resonance study of diethylamine hydrogen bonding

Engineering & Materials Science

• Acetonitrile 100%
• Hydrogen bonds 84%
• Nuclear magnetic resonance 73%
• Cyclohexane 67%
• Protons 37%
• Chemical shift 26%
• Amines 18%
• Dilution 16%
• Magnetic fields 13%
• Water 8%

Chemical Compounds

• Diethylamine 75%
• Acetonitrile 43%
• Cyclohexane 41%
• NMR Spectroscopy 41%
• Hydrogen 31%
• Resonance 24%
• Proton 20%
• Solvent 14%
• Magnetic Field 14%
• Dilution 12%
• Chemical Shift 12%
• Amine 9%
• Hydrogen Bond 9%
• Purity 7%
• Amount 6%

Physics & Astronomy

• acetonitrile 77%
• cyclohexane 54%
• nuclear magnetic resonance 49%
• hydrogen 37%
• protons 20%
• amines 18%
• chemical equilibrium 16%
• hydrogen bonds 16%
• dilution 15%
• water 8%
• magnetic fields 7%