Surface morphology effects on the mechanical and electronic properties of halogenated porous 3C-SiC: A DFT study

Engineering & Materials Science

• Electronic properties 100%
• Surface morphology 72%
• Discrete Fourier transforms 70%
• Passivation 46%
• Mechanical properties 41%
• Nanopores 38%
• Atoms 26%
• Hydrogen 20%
• Density functional theory 19%
• Fluorine 17%
• Nanostructures 15%
• Energy gap 14%
• Silicon carbide 13%
• Characterization (materials science) 11%

Chemistry

• Electronic Property 53%
• Pore 42%
• Density Functional Theory 40%
• Porosity 37%
• Chemical Passivation 32%
• Bulk Modulus 29%
• Surface 20%
• Silicon Carbide 12%
• Young's Modulus 11%
• Fluorine Atom 9%
• Chlorine 9%
• Band Gap 8%
• Nanomaterial 6%
• Column Like Crystal 6%
• Hydrogen 5%
• Application 3%

Physics & Astronomy

• porosity 46%
• mechanical properties 43%
• electronics 33%
• passivity 30%
• bulk modulus 21%
• chlorine 11%
• atoms 10%
• fluorine 10%
• silicon carbides 10%
• modulus of elasticity 8%
• density functional theory 8%
• hydrogen 6%
• characterization 5%