Theoretical realization of Mo₂P; a novel stable 2D material with superionic conductivity and attractive optical properties

Engineering & Materials Science

• Optical properties 71%
• Transition metals 56%
• Adatoms 36%
• Ions 35%
• Fermi level 33%
• Energy barriers 29%
• Density functional theory 28%
• Electronic structure 28%
• Phosphors 25%
• Mechanical stability 25%
• Secondary batteries 25%
• Crystal structure 24%
• Open circuit voltage 23%
• Optoelectronic devices 22%
• Photonics 22%
• Electromagnetic waves 20%
• Crystals 19%
• Anodes 18%
• Elastic moduli 16%
• Tensile strength 15%
• Temperature 7%

Chemical Compounds

• Superionic Conductivity 100%
• Optical Property 42%
• Transition Element 41%
• Electromagnetic Wave 39%
• Adatoms 35%
• Reflectivity 33%
• Energy Barrier 27%
• Energy 27%
• Optoelectronics 26%
• Tensile Strength 24%
• Electronic State 21%
• Anode 21%
• Voltage 20%
• Application 18%
• Density Functional Theory 17%
• Diffusion 17%
• Probe 17%
• Crystal Structure 14%
• Reaction Yield 11%
• Ion 11%