Proceedings of the Korea Society for Simulation Conference (한국시뮬레이션학회:학술대회논문집)
- 2001.10a
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- Pages.387-390
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- 2001
THE STUDY OF HEAT TRANSFER IN THERMOPILE THERMOMETER
- Youn, ChongHo (Tokyo Institute of Technology) ;
- Fujita, Toshinori (Tokyo Institute of Technology) ;
- Kawashima, Kenji (Tokyo Institute of Technology) ;
- Kagawa, Toshiharu (Tokyo Institute of Technology) ;
- Ichida, Syuji (Yamatake Corporation) ;
- Tomohito, Hayashi (Yamatake Corporation)
- Published : 2001.10.01
Abstract
Thermopile thermometer can measure the temperature of an object without attaching the object. It measures the temperature by receiving the radiation energy from objects. The idea of this is from the law of Stefan-Boltzmann. In the past it was not used well because the size was big and the cost was too expensive. But, In these days it can be used many field because the size become smaller and advantage of cost by using micro machine technology. However, The accuracy of measuring is not better than electric type. So we want to improve the accuracy of sensor by analyzing the heat transfer of the thermopile. To analyze temperature distribution in the thermopile sensor, we use the FEM software which is named ANSYS. The conduction and radiation heat transfer is considered to simulate the temperature distribution and time response inside of the sensor.
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