thermosensor

In this thesis, thick film thermosensor is firstly fabricated on 96% wt Al2O3 ceramic substrate successfully by laser micro-cladding thick film paste of the thermosensor.

本课题利用钌系厚膜热敏电阻浆料，在96%wt的Al2O3的陶瓷基板上成功地制作出热敏电阻器。

The temperature is measured and monitered automatically, and the measured data are recorded, displayed and printed in real-time by a microcomputer. The accuracy of thermosensor measurements is ± 0.1 ℃.

所用的热敏传感器的测温精度可达±0.1℃，运用微型计算机对治疗的全过程进行自动测温、控温，并实时记录、显示、打印治疗参数和病例资料管理。

The design for respiratory frequency detection circuit using thermosensor

热敏法呼吸频率监测电路设计

Copper oxide nanoparticles are of special interest because of their potential applications in areas such as catalyst, gas sensors, chemical cell, thermosensor, photosensor, magnetic storage, and thermoelectric materials.

这使得CuO纳米粒子可以应用于催化、气敏器件、化学电池、热敏器件、光敏器件、磁存储器以及热电材料等领域。