Tuning the optical, magnetic, and electrical properties of ReSe₂ by nanoscale strain engineering

Physics & Astronomy

• physical properties 62%
• tuning 60%
• engineering 59%
• electrical properties 58%
• magnetic properties 56%
• optical properties 52%
• elastic deformation 45%
• muscles 42%
• light emission 37%
• transition metals 33%
• actuators 32%
• field effect transistors 31%
• solar cells 29%
• photoluminescence 28%
• photonics 27%
• mechanical properties 26%
• electrodes 24%
• sensors 24%

Engineering & Materials Science

• Optical properties 100%
• Magnetic properties 97%
• Electric properties 85%
• Tuning 62%
• Physical properties 28%
• Photoluminescence 26%
• Photonic devices 25%
• Light emission 24%
• Spintronics 24%
• Transition metals 23%
• Magnetism 23%
• Elastic deformation 18%
• Field effect transistors 17%
• Solar cells 17%
• Strain gages 16%
• Muscle 15%
• Electrodes 12%
• Actuators 12%
• Chemical analysis 10%
• Mechanical properties 10%

Chemical Compounds

• Electrical Property 67%
• Magnetic Property 65%
• Optical Property 58%
• Strain 56%
• Elastic Deformation 23%
• Spintronics 20%
• Magnetism 17%
• Field Effect 15%
• Solar Cell 13%
• Photoluminescence 12%
• Transition Element 11%
• Application 10%
• Behavior as Electrode 8%
• Amount 6%