... signal (as detected by the CCD camera) of the green electroluminescent light makes the best temperature sensor, because under remote lighting conditions it showed a 500% linear signal increase as the temperature of the R25C10W TLCs was raised from 30 ° to 48 ° C . We further found that the angle...

... of the temperature sensors and the limitation of sensing devices is also investigated. The numerical model is suitable for estimating the range of confidence in practical measurements. After the temperature distribution in the numerical model is solved, the measuring process is simulated by first acquiring...

... microheater elements works both as a temperature sensor and as a heater. The experiment is performed under a constant voltage mode to examine the spatially resolved temperature history of the droplet contact surface for a period starting at initial contact with the heater and lasting to the point of complete...

... and square in shape with dimensions (diameter for circular and sides for square) ranging from 50 μ m to 150 μ m . The test chip contained 20 integral 75 × 75 μ m temperature sensors which were used to determine the thermal resistance ( K W − 1 ) of the cold plates. The experiments were conducted using water...

...T. C. Tszeng; G. F. Zhou The present paper addresses the measurement errors in temperature due to the effects of surface-mounted temperature sensors like thermocouples. Heat conduction into or from the installed thermocouple wires can alter the temperature at the thermocouple junction as well...

... (Engineering Division, Basic Engineering Sciences) and NSF (Chemical and Transport Systems) for providing financial support for this work. 08 February 2001 27 July 2001 point contacts heat transfer thermal conductivity atomic force microscopy temperature sensors Contact...