Thermochemistry of gallosilicate zeolites with the NAT topology: An energetic view on their in situ disorder-order transformation and thermal stability

Engineering & Materials Science

• Order disorder transitions 100%
• Thermochemistry 91%
• Zeolites 67%
• Thermodynamic stability 57%
• Enthalpy 57%
• Potassium 45%
• Sodium 38%
• Topology 37%
• Crystallization 20%
• Atoms 19%
• Thermodynamics 15%
• Oxides 15%

Physics & Astronomy

• order-disorder transformations 82%
• thermochemistry 79%
• zeolites 63%
• thermal stability 48%
• topology 48%
• enthalpy 37%
• potassium 27%
• sodium 24%
• crystallization 10%
• thermodynamics 9%
• oxides 8%
• atoms 7%
• energy 4%

Chemical Compounds

• Order Disorder Transition 67%
• Thermochemistry 65%
• Enthalpy of Formation 53%
• Zeolite 42%
• Thermal Stability 36%
• Chemical Transformation 35%
• Sodium Atom 23%
• Disordered Structure 23%
• Crystallization 12%
• Thermodynamics 11%
• Oxide 10%
• Energy 8%