Formation of carbon nanotube forest over spin-coated Fe₂O ₃ reduced thin-film by chemical vapor deposition

Engineering & Materials Science

• Chemical vapor deposition 100%
• Carbon nanotubes 90%
• Thin films 81%
• Hydrogen 27%
• Hybrid materials 24%
• Substrates 24%
• Acetylene 23%
• Raman spectroscopy 22%
• Iron oxides 22%
• X-Ray Emission Spectrometry 22%
• Field emission 21%
• Nanotubes 21%
• Crystalline materials 18%
• Transmission electron microscopy 17%
• X ray diffraction 16%
• Nitrogen 15%
• Scanning electron microscopy 13%
• Microstructure 11%
• Chemical analysis 11%

Physics & Astronomy

• carbon nanotubes 74%
• vapor deposition 65%
• thin films 44%
• acetylene 19%
• iron oxides 18%
• nanotubes 16%
• field emission 15%
• x rays 15%
• Raman spectroscopy 14%
• chambers 13%
• nitrogen 12%
• transmission electron microscopy 11%
• scanning electron microscopy 11%
• hydrogen 10%
• microstructure 10%
• diffraction 9%
• spectroscopy 8%
• energy 5%

Chemical Compounds

• Chemical Vapour Deposition 77%
• Carbon Nanotube 62%
• Field Emission 17%
• Energy Dispersive X-Ray Spectroscopy 16%
• Iron Oxide 16%
• Acetylene 15%
• Nanotube 13%
• Raman Spectroscopy 13%
• Elemental Analysis 12%
• Microstructure 11%
• Transmission Electron Microscopy 11%
• Shape 11%
• Nitrogen 10%
• Scanning Electron Microscopy 10%
• Length 10%
• Hydrogen 8%
• X-Ray Diffraction 8%
• Mixture 7%
• Application 5%