High-resolution ³¹P nuclear magnetic resonance study of phase transitions in TlH₂PO₄

Chemical Compounds

• Ferroelastic Phase Transition 100%
• Antiferroelectricity 39%
• NMR Spectroscopy 37%
• Phase Transition Temperature 30%
• Anisotropy 26%
• Chemical Shift 22%
• Environment 15%

Engineering & Materials Science

• Nuclear magnetic resonance 66%
• Phase transitions 57%
• Chemical shift 23%
• Ferroelectric materials 18%
• Linewidth 17%
• Superconducting transition temperature 15%
• Anisotropy 14%
• Temperature 5%

Physics & Astronomy

• nuclear magnetic resonance 44%
• high resolution 33%
• chemical equilibrium 19%
• discontinuity 16%
• transition temperature 14%
• temperature dependence 11%
• anisotropy 11%
• electronics 9%