Enhanced ethanol sensing response of nanostructured Ce-doped CuO thin films

Engineering & Materials Science

• Doping (additives) 100%
• Ethanol 90%
• Thin films 84%
• Spray pyrolysis 46%
• Acetone 37%
• X ray diffraction analysis 37%
• Volatile organic compounds 36%
• Energy gap 33%
• Microscopic examination 32%
• Ammonia 31%
• Methanol 30%
• Substitution reactions 29%
• Ions 27%
• Scanning electron microscopy 23%
• Modulation 23%
• Recovery 20%
• Gases 17%
• Temperature 11%

Physics & Astronomy

• ethyl alcohol 88%
• thin films 46%
• volatile organic compounds 28%
• acetone 25%
• methyl alcohol 22%
• ammonia 22%
• sprayers 21%
• recovery 18%
• substitutes 17%
• atomic force microscopy 17%
• modulation 14%
• scanning electron microscopy 14%
• matrices 12%
• diffraction 11%
• gases 11%
• ions 10%
• x rays 10%
• temperature 6%

Chemical Compounds

• Ethanol 58%
• Spray Pyrolysis 34%
• Volatile Organic Compound 31%
• Acetone 23%
• Ammonia 22%
• Band Gap 22%
• Monoclinic Space Group 22%
• Substitution Reaction 18%
• Methanol 18%
• Gas 15%
• X-Ray Diffraction 14%
• Liquid Film 14%
• Ion 11%
• Time 10%