Room-temperature methane gas sensing properties based on in situ reduced graphene oxide incorporated with tin dioxide

Engineering & Materials Science

• Tin dioxide 100%
• Reduced Graphene Oxide 92%
• Ascorbic acid 78%
• Methane 54%
• Graphene oxide 50%
• Sodium Borohydride 36%
• Hydrazine 33%
• Gases 33%
• Glucose 26%
• Hydrates 25%
• Temperature 23%
• Density functional theory 17%
• Reducing agents 15%
• Functional groups 15%
• Heterojunctions 15%
• Electric Conductivity 13%
• Discrete Fourier transforms 12%
• Acids 10%
• Oxygen 9%
• Fabrication 8%

Chemistry

• Tin Dioxide 77%
• Graphene Oxide 46%
• Methane 46%
• Ambient Reaction Temperature 32%
• Hydrazine Hydrate 32%
• Gas 30%
• Sodium Borohydride 30%
• Dehydroascorbic Acid 21%
• Acid 15%
• Reducing Agent 12%
• Electrical Conductivity 11%
• Density Functional Theory 9%
• Dioxygen 7%
• Reduction 6%
• Surface 4%