Lattice Engineering to Simultaneously Control the Defect/Stacking Structures of Layered Double Hydroxide Nanosheets to Optimize Their Energy Functionalities

Engineering & Materials Science

• Capacitance 42%
• Carbon 12%
• Charge density 23%
• Costs 6%
• Defect structures 26%
• Defects 45%
• Density functional theory 24%
• Elastic deformation 18%
• Electrocatalysts 50%
• Electrodes 38%
• Nanosheets 100%
• Oxygen 13%
• Oxygen vacancies 25%
• Porosity 28%
• Supercapacitor 19%
• Water 8%

Physics & Astronomy

• adjusting 10%
• capacitance 31%
• carbon 8%
• costs 10%
• defects 36%
• density functional theory 10%
• elastic deformation 15%
• electrocatalysts 39%
• electrochemical capacitors 17%
• electrode materials 15%
• electrodes 16%
• energy 19%
• engineering 48%
• hydroxides 75%
• interactions 10%
• methodology 10%
• orbitals 9%
• oxygen 15%
• performance 11%
• porosity 19%
• water 7%

Chemical Compounds

• Behavior as Electrode 33%
• Charge Density 31%
• Crystal Defect 38%
• Density Functional Theory 20%
• Dioxygen 32%
• Elastic Deformation 49%
• Energy 31%
• Hydroxide 26%
• Nanosheet 54%
• Orbital 27%
• Porosity 38%