| 1. | Cantilever one - sided bearing with thin film sensor
带有薄膜传感元件的悬臂单侧轴承 |
| 2. | Tension force transducer with thin film sensor
带有薄膜传感元件的拉力传感器 |
| 3. | Load pin with thin film sensor as force switch
带有薄膜传感器的可用作压力开关的轴销式测力元件 |
| 4. | Tension and compression force transducer with thin film sensor
带有薄膜传感元件的拉力和压缩力传感器 |
| 5. | The s - typ force transducer uses the proven thin film sensor from tecsis
这类s型的力传感器同样使用tecsis独有的经过反复应用薄膜传感器。 |
| 6. | In addition to our force transducer program with bonded foils , a new force transducer with a welded thin film sensor was developed
除了胶结金属薄片的力传感器系列外，我们还开发了一种新型的采用焊接薄膜传感元件的传感器。 |
| 7. | Tin dioxide - based thin film sensor has been widely studied due to its high sensitivity , fast response to gases and lower power consumption
鉴于薄膜型sno _ 2基气敏传感器具有高灵敏度、响应速度快和低能耗的特点，已成为目前气敏材料的研究热点。 |
| 8. | Thirdly , tio _ ( 2 ) thin film has the good properties of sensitiveness on gas , which can make thin film sensor to test the tail gas of car , the oxygen content in the air and the leakage hydrogen
作为气敏膜，用它制备的传感器可用于汽车尾气及大气中氧含量的检测，氢气的泄露检测等，而且使用寿命长，不易中毒。 |
| 9. | Thin film sensors , produced by very modern manufacturing technology , have all advantages of the conventional bonded foil strain gauges , but without having their substantial disadvantages temperature drifts of the glue and creeping
该薄膜传感器应用了非常现代化的生产技术，保留了传统胶结金属薄片应变测量的优点，并改进了一些固有的缺陷温度误差和蠕变。 |
| 10. | A new type of thin film laps based on chalcogenide glass - sensitive materials was developed by means of silicon planar technology and thermal evaporation technique . the physical layer structure and the stoichiometric composition of the deposited glass materials have been investigated using transmission electron microscopy . depending on the conventional " two - electrodes " measuring set - up , these novel thin film sensors possess certain sensitivity towards heavy metals of seawater
在laps的原理和应用基础上，我们还进行了基于laps (光寻址电位传感器)的微结构重金属离子传感器的研究：包括laps的结构优化设计、 laps器件的微结构加工和工艺、针对被检测的重金属离子，采用硫属玻璃等固态敏感材料，完成敏感薄膜分子合成的优化设计及与laps的界面结合的特性研究等，并将测量结果和体传感器进行比较分析。 |
