Promoting Active Sites for Hydrogen Evolution in MoSe2 via Transition-Metal Doping

Engineering & Materials Science

• Adsorption 15%
• Atoms 16%
• Catalysts 13%
• Chemical activation 7%
• Defects 5%
• Density functional theory 11%
• Doping (additives) 61%
• Electric Conductivity 8%
• Electronic structure 23%
• Electrons 7%
• Free energy 9%
• Hydrogen 44%
• Hydrogen evolution reaction 100%
• Metals 10%
• Molybdenum 9%
• Transition metals 81%
• Vacancies 64%

Physics & Astronomy

• activation 4%
• adsorption 9%
• atoms 6%
• catalysts 11%
• defects 3%
• density functional theory 4%
• electrical resistivity 3%
• electron transitions 7%
• electronic structure 9%
• free energy 5%
• hydrogen 34%
• interactions 2%
• metals 6%
• molybdenum 6%
• transition metals 46%
• trends 4%

Chemical Compounds

• Adsorption 6%
• Application 1%
• Catalyst 2%
• Density Functional Theory 3%
• Diselenide 7%
• Doping Material 21%
• Electrical Conductivity 4%
• Electronic State 9%
• Gibbs Free Energy 4%
• Hydrogen 28%
• Metal Atom 5%
• Surface 1%
• Transition Element 40%