Spectroscopic correlation of chalcogen defects in atomically thin MoS_2(1−x)Se_2x alloys

Engineering & Materials Science

• Excitons 100%
• Transition metals 62%
• Defects 38%
• Optoelectronic devices 33%
• Photoluminescence spectroscopy 29%
• Transition metal alloys 27%
• Sulfur 27%
• Thermal conductivity 25%
• Binding energy 22%
• Selenium 22%
• Spintronics 21%
• Density functional theory 21%
• Light modulators 20%
• Optical properties 17%
• Molybdenum 16%
• Alloying 16%
• Energy gap 16%
• Electron microscopes 13%
• Temperature 11%
• Scanning 10%
• Chemical analysis 9%
• Sensors 7%

Chemistry

• Chalcogen 69%
• Bound Exciton 47%
• Transition Element 41%
• Alloy 39%
• Thermal Conductivity 26%
• Optoelectronics 25%
• Quasiparticle 22%
• Spintronics 18%
• Photoluminescence Spectroscopy 15%
• Alloying 14%
• Binding Energy 12%
• Band Gap 10%
• Optical Property 10%
• Density Functional Theory 8%
• Electron Particle 7%

Physics & Astronomy

• transition metals 47%
• excitons 44%
• defects 31%
• optoelectronic devices 28%
• sulfur 27%
• thermal conductivity 22%
• selenium 16%
• molybdenum 14%
• alloying 12%
• modulators 12%
• binding energy 12%
• electron microscopes 11%
• density functional theory 10%
• engineering 10%
• photoluminescence 9%
• optical properties 9%
• scanning 8%
• sensors 8%
• predictions 7%
• spectroscopy 7%
• temperature 4%