Substituted ALPO-5 Zeolites as Promising O₂Sorption Pump Materials: A Density Functional Theory Study

Engineering & Materials Science

• Density functional theory 100%
• Zeolites 80%
• Sorption 59%
• Oxygen 54%
• Pumps 51%
• Adsorption 48%
• Metalloids 30%
• Binding energy 26%
• Transition metals 24%
• Positive ions 20%
• Inert gases 20%
• Partial pressure 19%
• Substitution reactions 16%
• Hot Temperature 16%
• Oxidation 14%
• Thermodynamics 14%
• Electricity 12%
• Temperature 6%
• Costs 6%

Physics & Astronomy

• zeolites 76%
• density functional theory 51%
• pumps 47%
• pumping 45%
• sorption 44%
• oxygen 32%
• adsorption 30%
• energy 19%
• metalloids 15%
• electricity 14%
• partial pressure 12%
• rare gases 12%
• binding energy 11%
• cations 11%
• transition metals 11%
• routes 11%
• substitutes 10%
• costs 10%
• oxidation 9%
• porosity 9%
• thermodynamics 9%
• cycles 8%

Chemical Compounds

• Adsorption Energy 69%
• Pump 65%
• Zeolite 50%
• Dioxygen 32%
• Metalloid 29%
• Environment 25%
• Electricity 24%
• Noble Gas Atom 24%
• Partial Pressure 21%
• Binding Energy 19%
• Ab Initio Calculation 19%
• Transition Element 16%
• Sorption 15%
• Pore 14%
• Substitution Reaction 14%
• Cation 12%
• Pressure 12%
• Energy 10%
• Oxidation Reaction 10%