First-principles study of the effect of pressure on the physical properties of PbC

Engineering & Materials Science

• Carbides 100%
• Physical properties 92%
• Covalent bonds 56%
• Hardness 54%
• Density functional theory 51%
• Lattice constants 50%
• Band structure 47%
• DOS 47%
• Optical devices 44%
• Optical properties 42%
• Protective coatings 42%
• Hydrostatic pressure 41%
• Optoelectronic devices 39%
• Brittleness 37%
• Silicon carbide 36%
• Sodium chloride 36%
• Phase transitions 35%
• Atoms 35%
• Enthalpy 35%
• Power electronics 32%
• Semiconductor materials 30%
• Infrared radiation 29%
• Lighting 27%
• Mechanical properties 22%

Chemistry

• Pressure 59%
• Metallic Bond 54%
• Young Modulus 50%
• Metallic Material 44%
• Silicon Carbide 38%
• Electronic Band Structure 34%
• Lattice Parameter 33%
• Application 32%
• Optoelectronics 31%
• Protective 28%
• Enthalpy 26%
• Semiconductor 26%
• Optical Property 25%
• Resistance 21%
• Density Functional Theory 21%
• Coating Agent 20%
• Volume 19%
• Environment 19%