Trimodally porous N-doped carbon frameworks with an interconnected pore structure as selenium immobilizers for high-performance Li-Se batteries

Engineering & Materials Science

• Selenium 100%
• Pore structure 79%
• Metal-Organic Frameworks 51%
• Carbon 48%
• Cathodes 47%
• Carbonization 41%
• Pore size 37%
• Etching 34%
• Electrolytes 15%
• Fabrication 11%

Physics & Astronomy

• selenium 72%
• electric batteries 65%
• porosity 46%
• carbon 42%
• carbonization 33%
• polyhedrons 31%
• cathodes 30%
• performance 28%
• etching 19%
• cycles 17%
• metals 13%
• electrolytes 10%
• penetration 10%
• fabrication 7%

Chemical Compounds

• Pore Structure 61%
• Porosity 37%
• Cathode 35%
• Carbon Atom 30%
• Micro Porosity 29%
• Etching 28%
• Metal Organic Framework 28%
• Pore 21%
• Macro Porosity 15%
• Meso Porosity 12%
• Mixture 7%