In Situ Cleaning and Fluorination of Black Phosphorus for Enhanced Performance of Transistors with High Stability

Engineering & Materials Science

• Acids 11%
• Air 3%
• Black Phosphorus 100%
• Carrier mobility 9%
• Cleaning 48%
• Corrosion 4%
• Covalent bonds 10%
• Digital circuits 7%
• Electric properties 13%
• Field effect transistors 20%
• Fluorination 87%
• Heterojunctions 8%
• Hydrophobicity 8%
• Logic circuits 7%
• Molecules 6%
• Nanoelectronics 9%
• Oxygen 5%
• Passivation 39%
• Semiconductor materials 11%
• Spin coating 9%
• Substrates 4%
• Thin films 6%
• Transistors 44%
• Water 3%

Chemical Compounds

• Acid 4%
• Black 46%
• Chemical Passivation 32%
• Compound Mobility 4%
• Corrosion 4%
• Covalent Bond 6%
• Dioxygen 3%
• Electrical Property 10%
• Field Effect 12%
• Flake Like Crystal 6%
• Fluorination 56%
• Hydrophobicity 5%
• Molecule 2%
• Phosphorus(.) 43%
• Semiconductor 9%
• Spin Coating 6%
• Surface 4%