Preparation and evaluation of hybrid composites of chemical fuel and multi-walled carbon nanotubes in the study of thermopower waves

Engineering & Materials Science

• Thermoelectric power 100%
• Carbon nanotubes 72%
• Composite materials 39%
• Nanostructured materials 34%
• Sodium Azide 26%
• Laser heating 21%
• Chemical potential 20%
• Pyrometers 20%
• Joule heating 17%
• Charge transfer 17%
• Impregnation 16%
• Chemical vapor deposition 16%
• Energy transfer 15%
• Microscopic examination 14%
• Hot Temperature 13%
• Acids 12%
• Electrodes 10%
• Electric potential 7%
• Temperature 5%
• Experiments 4%

Chemical Compounds

• Wave 64%
• Multi Walled Nanotube 57%
• Fuel 56%
• Composite Material 34%
• Pyrometer 23%
• Laser Heating 21%
• Picric Acid 17%
• Nanomaterial 17%
• Sodium Azide 15%
• Chemical Potential 15%
• Energy 13%
• Impregnation 11%
• Energy Transfer 11%
• Voltage 9%
• Charge Transfer 9%
• Behavior as Electrode 6%

Medicine & Life Sciences

• Carbon Nanotubes 93%
• Nanostructures 32%
• Heating 29%
• picric acid 22%
• Hot Temperature 21%
• Sodium Azide 19%
• Optical Devices 18%
• Energy Transfer 18%
• Electrodes 11%
• Microscopy 11%
• Lasers 11%
• Temperature 9%