Thermometry and thermal transport in micro/nanoscale solid-state devices and structures

Engineering & Materials Science

• Solid state devices 100%
• Superlattices 96%
• Microscopic examination 55%
• Thermal conductivity 46%
• Scanning 39%
• Single crystals 39%
• Carbon nanotubes 36%
• Hot Temperature 33%
• Multilayer films 26%
• Heat transfer 23%
• Dissimilar materials 22%
• Thermometers 22%
• Temperature 20%
• Polyimides 20%
• Optoelectronic devices 20%
• Diffraction 18%
• Microelectronics 18%
• Lenses 17%
• Diamonds 17%
• Thin films 16%
• Characterization (materials science) 15%
• Energy dissipation 14%
• Imaging techniques 13%
• Acoustic impedance 12%
• Metals 11%
• Bandwidth 10%
• Experiments 6%

Chemical Compounds

• Scanning Thermal Microscopy 82%
• Superlattice 70%
• Heat Transfer 49%
• Ambient Reaction Temperature 38%
• Polycrystalline Film 33%
• Epitaxial Film 32%
• Single Crystalline Solid 32%
• Thermometer 31%
• Thermal Diffusion 30%
• Multilayer Film 27%
• Microelectronics 25%
• Dissipation 25%
• Polyimide Macromolecule 22%
• Conductance 22%
• Multi Walled Nanotube 19%
• Carbon Nanotube 16%
• Alloy 16%
• Liquid Film 11%
• Metal 10%
• Application 7%

Physics & Astronomy

• solid state devices 93%
• temperature measurement 62%
• superlattices 32%
• thermal conductivity 26%
• microscopy 24%
• scanning 21%
• carbon nanotubes 19%
• room temperature 19%
• conductivity 15%
• single crystals 14%
• thermometers 13%
• Joule heating 13%
• thermal diffusion 12%
• thermal radiation 12%
• heat transmission 12%
• electrical resistance 12%
• heaters 11%
• polyimides 11%
• submerging 11%
• microelectronics 11%
• interlayers 10%
• energy dissipation 9%
• diamonds 9%
• spatial resolution 9%
• heat transfer 8%
• lenses 8%
• bandwidth 7%
• conduction 7%
• high resolution 6%
• characterization 6%
• diffraction 6%
• thin films 5%
• metals 5%