Isotropic chemical shifts and quadrupolar parameters for oxygen-17 using dynamic-angle spinning NMR

Keyphrases

• Quadrupolar 100%
• Dynamic Angle 100%
• Isotropic Chemical Shift 100%
• Oxygen-17 100%
• Silicate 60%
• Forsterite 40%
• Wollastonite 40%
• Field Strength 20%
• Computer Program 20%
• Field Dependence 20%
• Enstatite 20%
• NMR Spectroscopy 20%
• Tetrahedron 20%
• Larnite 20%
• Diopside 20%
• Two-field 20%
• Odd number 20%
• Magic Angle Spinning 20%
• Chemical Shift 20%
• Quadrupolar nuclei 20%
• Magnetic Field Strength 20%
• Powdered Samples 20%
• High-resolution Spectra 20%
• Line Shape 20%
• Ca2SiO4 20%
• Asymmetry Parameter 20%
• Quadrupolar Coupling Constant 20%
• Oxygen Sites 20%
• Quadrupolar Interaction 20%
• Clinoenstatite 20%
• Narrow Spectral Line 20%
• Orthosilicate 20%
• Spinning Techniques 20%
• Crystallographic Sites 20%

Chemistry

• NMR Spectroscopy 100%
• Chemical Shift 100%
• Silicon 33%
• Magnetic Field 33%
• Lineshape 33%
• Quadrupolar Nuclei 33%
• Mugineic Acid 33%
• Wollastonite 33%