Development and characterization of a nano-scale temperature sensor (T-NSTAP) for turbulent temperature measurements

Mathematics

• Temperature Sensor 100%
• Temperature Measurement 84%
• Sensor 30%
• Turbulence 29%
• Characterization 27%
• Dissipation 26%
• Content Analysis 24%
• Spatial Filtering 23%
• Platinum 21%
• Scalar 19%
• Direct Effect 18%
• Frequency Analysis 18%
• Silicon 18%
• Attenuation 16%
• Conduction 16%
• Range of data 16%
• Low Frequency 15%
• Bandwidth 13%
• Probability density function 12%
• Entire 11%
• Grid 10%
• Minimise 10%
• Gradient 10%
• Model 8%
• Derivative 8%

Physics & Astronomy

• temperature sensors 58%
• temperature measurement 47%
• wire 39%
• characterization 29%
• dissipation 9%
• turbulence 8%
• scalars 8%
• spatial filtering 7%
• sensors 7%
• probability density functions 6%
• platinum 5%
• temperature gradients 5%
• grids 4%
• attenuation 4%
• low frequencies 4%
• bandwidth 4%
• conduction 3%
• silicon 3%
• temperature 1%

Engineering & Materials Science

• Temperature sensors 56%
• Temperature measurement 55%
• Wire 39%
• Turbulence 10%
• Platinum 6%
• Sensors 6%
• Thermal gradients 5%
• Probability density function 5%
• Derivatives 4%
• Silicon 4%
• Bandwidth 3%
• Temperature 2%