Rational Design and Synthesis of Extremely Efficient Macroporous CoSe₂–CNT Composite Microspheres for Hydrogen Evolution Reaction

Engineering & Materials Science

• Hydrogen evolution reaction 100%
• Microspheres 74%
• Nanotubes 56%
• Nanocrystals 33%
• Composite materials 32%
• Powders 17%
• Spray pyrolysis 17%
• Catalyst activity 13%
• Platinum 12%
• Electric Conductivity 12%
• Nanoparticles 10%
• Polarization 10%
• Electrodes 8%
• Carbon 8%

Medicine & Life Sciences

• Hydrogen 64%
• Nanotubes 60%
• Microspheres 57%
• Nanoparticles 29%
• Powders 22%
• Pyrolysis 17%
• Electric Conductivity 16%
• Platinum 11%
• Carbon 11%
• Electrodes 9%
• Growth 5%

Chemical Compounds

• Macro Porosity 55%
• Microsphere 47%
• Nanotube 35%
• Hydrogen 28%
• Composite Material 27%
• Electrocatalytic Activity 20%
• Nanocrystal 18%
• Platinum Nanoparticle 12%
• Spray Pyrolysis 12%
• Electrical Conductivity 8%
• Polarization 8%
• Behavior as Electrode 5%