该结构降低了器件的寄生电容，改善了敏感薄膜的负阻特性，适用于共振隧穿效应陀螺。
The structure can reduce the parasitic capacitance of the sensor, improve the negative resistance characteristics of the sensitive film, and be used in micro gyroscope.
响尾蛇位于鼻子上的中空骨腔被称为颊窝器官，内含热敏感的极度薄膜，是与大脑相连的刺激感受器。
The diamondback rattler has hollow, bony cavities above the nose called pit organs containing ultra-thin, heat-sensing membranes that activate receptors connected to the brain.
薄膜对微应力变化非常敏感，具有低频压磁特性。
The films is very sensitive to change of microstress, and in the nature of low-frequency piezomagnetic property.
冷反光镜带有薄膜等热敏感材料，允许使用高密度辐射源。
The cold mirror allows the use of a high intensity radiation source with heat sensitive materials such as film.
随着新型有机敏感材料的开发，有机薄膜晶体管也被尝试运用于化学分析物和气体的检测。
With the development of organic sensitive materials, organic thin-film transistors are also applied in the detection of chemical analytes and gases.
报导了半导体薄膜CO2气体敏感膜的制备，敏感膜的结构特性、温度特性、灵敏度及响应特性和稳定度。
This paper reports the formation of the semiconductor CO2 thin-film and the structure, sensitivity, stability, temperature characteristic and response property of this sensing film.
电子显微镜观察与分析表明，晶界上的薄膜状硼化物是导致合金缺口敏感的主要原因。
Analysis and observation under electron microscope indicated that it seems to attribute the notch sensitivity of the alloy to the film-like boride along the grain boundaries substantially.
总结了这两类材料的成膜条件、薄膜表面形态和结构以及它们的敏感特性。
Film preparation conditions, film surface morphology and structure of the two kinds of materials are summarized.
介绍一种以多晶硅薄膜为敏感材料的压力传感器。
A polysilicon thin film pressure sensor is presented. It utilizes polysilicon thin film as stress sensitive material.
用醋酸锂和乙醇钽作为起始反应物，通过溶胶凝胶工艺生成了对红外敏感的钽酸锂薄膜，并详细讨论了基于钽酸锂薄膜的红外探测器件制备工艺。
The LiTaO3 thin film was chosen as infrared sensing film and prepared by a sol-gel process using lithium acetate and tantalum ethoxide as starting materials.
用醋酸锂和乙醇钽作为起始反应物，通过溶胶凝胶工艺生成了对红外敏感的钽酸锂薄膜，并详细讨论了基于钽酸锂薄膜的红外探测器件制备工艺。
The LiTaO3 thin film was chosen as infrared sensing film and prepared by a sol-gel process using lithium acetate and tantalum ethoxide as starting materials.
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