Nuclear magnetic resonance spectra and ²⁰⁷pb chemical-shift tensors of lead carboxylates relevant to soap formation in oil paintings

Physics & Astronomy

• carboxylates 82%
• soaps 79%
• chemical equilibrium 62%
• oils 53%
• nuclear magnetic resonance 47%
• tensors 44%
• paints 34%
• stearates 28%
• fatty acids 26%
• metal spinning 19%
• solid state 14%
• spin temperature 13%
• cross polarization 11%
• alternations 11%
• pigments 10%
• integrity 10%
• tin 9%
• actuators 8%
• degradation 7%
• damage 7%
• broadband 6%
• carbon 6%
• approximation 5%
• pulses 4%
• excitation 4%
• crystals 4%

Engineering & Materials Science

• Chemical shift 100%
• Soaps (detergents) 83%
• Nuclear magnetic resonance 70%
• Painting 68%
• Tensors 58%
• Lead 54%
• Oils 38%
• Paint 32%
• Fatty acids 24%
• Conformations 12%
• Pigments 12%
• Tin 11%
• Crystals 9%
• Polarization 8%
• Carbon 7%
• Degradation 6%
• Temperature 3%
• Experiments 3%

Chemical Compounds

• NMR Spectrum 51%
• Heptanoate 49%
• Fatty Acid 47%
• Chemical Shift 47%
• NMR Spectroscopy 39%
• Cross Polarization 39%
• Oleate 36%
• Environment 33%
• Liquid Film 28%
• Asymmetric Unit 27%
• White 24%
• Resonance 23%
• Carbon Atom 13%
• Surface 9%