Electrothermally induced highly responsive and highly selective vanadium oxide hydrogen sensor based on metal-insulator transition

Engineering & Materials Science

• Metal insulator transition 100%
• Nanowires 65%
• Vanadium 64%
• Oxides 45%
• Hydrogen 42%
• Sensors 27%
• Gases 24%
• Heating 15%
• Electron beams 12%
• Superconducting transition temperature 11%
• Ethylene 11%
• Nanoparticles 10%
• Thin films 10%
• Semiconductor materials 9%
• Temperature 8%
• Liquids 7%
• Metals 6%
• Electric potential 5%

Physics & Astronomy

• vanadium oxides 70%
• nanowires 42%
• insulators 38%
• hydrogen 32%
• sensors 32%
• metals 27%
• gases 21%
• conductivity 21%
• heating 13%
• operating temperature 11%
• ethylene 10%
• critical current 9%
• transition temperature 8%
• current density 7%
• electron beams 7%
• nanoparticles 7%
• room temperature 5%
• electric potential 5%
• configurations 5%
• liquids 5%
• thin films 5%

Chemical Compounds

• Metal Insulator Transition 75%
• Vanadium Oxide 62%
• Nanowire 45%
• Hydrogen 26%
• Gas 22%
• Conductivity 21%
• Electron Beam 11%
• Time 11%
• Current Density 7%
• Voltage 7%
• Ambient Reaction Temperature 5%
• Liquid 5%