Improving and Understanding the Hydrogen Evolving Activity of a Cobalt Dithiolene Metal-Organic Framework

Engineering & Materials Science

• Metal-Organic Frameworks 100%
• Hydrogen evolution reaction 92%
• Cobalt 71%
• Hydrogen 49%
• Electrodes 31%
• Density functional theory 30%
• Catalysts 26%
• Ink 22%
• Electrocatalysts 15%
• Charge transfer 13%
• Transport properties 13%
• Hydrides 12%
• Carbon black 12%
• Composite materials 11%
• Current density 9%
• Adhesion 9%
• Earth (planet) 8%
• Durability 8%
• Geometry 6%

Chemical Compounds

• Metal Organic Framework 53%
• Hydrogen 31%
• Ink 25%
• Behavior as Electrode 18%
• Catalyst 15%
• Density Functional Theory 15%
• Composite Material 12%
• Carbon Black 11%
• Transport Property 11%
• Hydride 10%
• Electrical Conductivity 9%
• Current Density 9%
• Dissociation 8%
• Charge Transfer 8%
• Surface 3%