Ferroelectricity and gradual melting in NaNO₂ particles confined within porous alumina

Engineering & Materials Science

• Ferroelectricity 100%
• Sodium 53%
• Alumina 51%
• Melting 49%
• Ferroelectric materials 46%
• Phase transitions 36%
• Spin-lattice relaxation 34%
• Nuclear magnetic resonance 21%
• Superconducting transition temperature 19%
• Crystalline materials 18%
• Enthalpy 17%
• Chemical activation 15%
• Temperature 7%

Physics & Astronomy

• nitrites 73%
• ferroelectricity 60%
• sodium 46%
• aluminum oxides 42%
• melting 40%
• spin-lattice relaxation 18%
• enthalpy 15%
• coverings 15%
• nuclear magnetic resonance 13%
• activation 13%
• transition temperature 13%
• cavities 10%
• temperature 5%

Chemical Compounds

• Sodium Nitrite 66%
• Melting 45%
• Porosity 30%
• Activation Enthalpy 21%
• Phase Transition Temperature 19%
• Dielectric Material 15%
• Compound Mobility 13%
• Time 6%