Understanding the Strength of the Selenium-Graphene Interfaces for Energy Storage Systems

Engineering & Materials Science

• Selenium 100%
• Graphene 75%
• Energy storage 56%
• Amorphous silicon 17%
• Crystalline materials 13%
• Electrons 12%
• Silicon 10%
• Aluminum 9%
• Van der Waals forces 9%
• Density functional theory 9%
• Surface charge 9%
• Charge transfer 8%
• Doping (additives) 7%
• Potential energy 7%
• Adhesion 5%

Physics & Astronomy

• selenium 72%
• energy storage 70%
• graphene 52%
• accumulators 12%
• amorphous silicon 11%
• aluminum 8%
• Van der Waals forces 7%
• silicon 6%
• charge transfer 5%
• potential energy 5%
• adhesion 5%
• electrons 5%

Chemical Compounds

• Energy Storage 55%
• Graphene 45%
• Strength 40%
• Amorphous Silicon 17%
• Monoclinic Space Group 14%
• Amorphous Material 13%
• Electron Particle 6%
• Potential Energy 6%
• Van Der Waals Force 6%