A novel technique for Interfacial Thermal Resistance measurement for nanoscale thin films

Engineering & Materials Science

• Heat resistance 82%
• Thin films 77%
• Hafnium oxides 72%
• Microelectronics 43%
• Amplification 42%
• Energy conversion 41%
• Temperature control 39%
• Infrared radiation 35%
• Oxides 35%
• Copper 33%
• Temperature 32%
• Silicon 32%
• Aluminum 31%
• Heat transfer 27%
• Metals 26%

Chemical Compounds

• Thermal Resistance 100%
• Drop 70%
• Thermometry 59%
• Hafnium Atom 49%
• Microelectronics 46%
• Heat Transfer 44%
• Oxide 22%

Physics & Astronomy

• thermal resistance 89%
• thin films 42%
• hafnium oxides 37%
• energy conversion 30%
• microelectronics 27%
• temperature measurement 24%
• heat transfer 21%
• copper 19%
• aluminum 18%
• oxides 17%
• temperature 16%
• silicon 14%
• metals 14%