Edges and boundaries of transition metal dichalcogenides

Engineering & Materials Science

• Adsorption 22%
• Atoms 23%
• Binding energy 71%
• Catalyst activity 28%
• Catalysts 19%
• Charge density waves 50%
• Charge transfer 29%
• Density functional theory 33%
• Doping (additives) 75%
• Electronic equipment 19%
• Electrons 22%
• Energy gap 25%
• Energy storage 19%
• Free energy 27%
• Grain boundaries 22%
• Hydrogen evolution reaction 81%
• Interface states 34%
• Metals 43%
• Polarization 20%
• Semiconductor junctions 40%
• Spin density waves 53%
• Substrates 15%
• Transition metals 100%

Chemistry

• Adsorption 16%
• Application 10%
• Band Gap 25%
• Binding Energy 59%
• Catalyst 14%
• Charge Density Wave 52%
• Charge Transfer 23%
• Density Functional Theory 21%
• Electron Particle 18%
• Energy Storage 29%
• Gibbs Free Energy 25%
• Grain Boundary 35%
• Hydrogen 34%
• Interface State 52%
• Metal 30%
• Polarization 25%
• Spin Density Wave 60%
• Transition Element 49%
• Work Function 39%

Physics & Astronomy

• adsorption 10%
• atoms 6%
• catalysts 12%
• catalytic activity 17%
• cells 7%
• charge transfer 11%
• density functional theory 10%
• electronics 14%
• electrons 5%
• energy storage 14%
• free energy 11%
• grain boundaries 10%
• hydrogen 16%
• metals 20%
• periodic variations 12%
• polarization 7%
• semiconductor junctions 18%
• transition metals 56%