Application of 3-omega method for thin-film heat flux gauge calibration

Mathematics

• Thin Films 100%
• Heat Flux 97%
• Calibration 86%
• Gauge 84%
• Detector 52%
• Resistance 47%
• Thermal Properties 27%
• Adhesives 23%
• Sensor 20%
• Thermometer 15%
• Polyimide 15%
• Platinum 14%
• Characterization 14%
• Turbomachinery 13%
• Material Properties 11%
• Substrate 10%
• Quantify 9%
• Uncertainty 7%
• Deduce 7%
• Influence 6%
• Necessary 6%
• Simulation 5%
• Range of data 5%
• Framework 5%
• Standards 4%

Engineering & Materials Science

• Gages 78%
• Thin films 75%
• Heat flux 71%
• Calibration 61%
• Detectors 34%
• Thermal conductivity 32%
• Temperature 21%
• Thermodynamic properties 16%
• Adhesives 16%
• Thermometers 11%
• Turbomachinery 10%
• Polyimides 10%
• Platinum 10%
• Sensors 9%
• Permittivity 8%
• Materials properties 7%
• Substrates 6%
• Heat transfer 5%
• Uncertainty 5%
• Hot Temperature 4%

Physics & Astronomy

• heat flux 72%
• thin films 41%
• thermal conductivity 27%
• detectors 24%
• adhesives 17%
• temperature 15%
• characterization 14%
• thermodynamic properties 14%
• turbomachinery 12%
• sensors 10%
• thermometers 10%
• heaters 9%
• polyimides 9%
• platinum 8%
• heat transfer 6%
• permittivity 6%
• products 5%
• simulation 3%