Screen-printed nanostructured composites as thermal interface materials for insulated gate bipolar transistors heat dissipation applications

Engineering & Materials Science

• Electric Conductivity 100%
• Insulated gate bipolar transistors (IGBT) 97%
• Heat losses 88%
• Silver nanoparticles 77%
• Thermal conductivity 64%
• Composite materials 51%
• Hot Temperature 42%
• Carbon nanotubes 37%
• Graphite 35%
• Screen printing 23%
• Nanocomposites 19%
• Temperature control 17%
• Electronic equipment 15%
• Scanning electron microscopy 14%
• Heat transfer 11%
• Temperature 7%

Physics & Astronomy

• bipolar transistors 96%
• cooling 60%
• electrical resistivity 56%
• thermal conductivity 55%
• composite materials 54%
• silver 43%
• nanoparticles 36%
• carbon nanotubes 30%
• graphite 30%
• microbalances 18%
• printing 17%
• converters 17%
• nanocomposites 15%
• heat transfer 13%
• cracks 13%
• scanning electron microscopy 11%
• electronics 9%
• performance 7%

Chemical Compounds

• Dissipation 97%
• Electrical Conductivity 68%
• Thermal Conductivity 67%
• Heat 65%
• Silver Nanoparticle 48%
• Composite Material 44%
• Nanoplatelet 41%
• Single Walled Nanotube 32%
• Application 28%
• Graphite 26%
• Heat Transfer 19%
• Spreading 18%
• Nanocomposite 11%
• Scanning Electron Microscopy 10%
• Surface 5%