On the Electronic Structure of 2H-MoS₂: Correlating DFT Calculations and In-Situ Mechanical Bending on TEM

Engineering & Materials Science

• Electronic structure 100%
• Discrete Fourier transforms 73%
• Transmission electron microscopy 69%
• Sulfur 65%
• Fermi level 58%
• Density functional theory 50%
• Chemical bonds 50%
• Catalyst activity 42%
• Nanostructures 41%
• Nanoindentation 40%
• Molybdenum 39%
• Electron energy levels 39%
• Stretching 35%
• Electrons 33%
• Ions 30%

Physics & Astronomy

• electronic structure 50%
• transmission electron microscopy 44%
• sulfur 42%
• orbitals 31%
• catalytic activity 28%
• chemical bonds 25%
• nanoindentation 22%
• molybdenum 22%
• free electrons 22%
• plots 18%
• energy levels 18%
• density functional theory 17%
• curvature 17%
• ions 10%

Chemical Compounds

• Orbital 55%
• Electronic State 49%
• Free Electron 43%
• Density Functional Theory 41%
• Density of State 36%
• Chemical Bond 32%
• Nanomaterial 21%
• Energy 15%
• Ion 13%