Observation of critical behaviors in squaric acid by ¹H nuclear magnetic resonance

Engineering & Materials Science

• Relaxation time 88%
• Nuclear magnetic resonance 82%
• Spin-lattice relaxation 66%
• Acids 62%
• Thermal cycling 38%
• Differential scanning calorimetry 38%
• Phase transitions 35%
• Relaxation 31%
• Decomposition 24%
• Heating 24%
• Recovery 23%

Chemical Compounds

• Squaric Acid 100%
• Inversion Recovery 53%
• Spin-Spin Relaxation 49%
• Antiferroelectricity 48%
• NMR Spectroscopy 45%
• Thermal Cycling 43%
• Spin-Lattice Relaxation 40%
• Differential Scanning Calorimetry 24%
• Time 24%
• Decomposition 21%

Physics & Astronomy

• acids 61%
• nuclear magnetic resonance 54%
• relaxation time 35%
• spin-lattice relaxation 23%
• heat measurement 20%
• echoes 20%
• inversions 18%
• recovery 18%
• decomposition 17%
• cycles 15%
• heating 14%
• scanning 14%
• decay 12%