Nano-WO3 film is the better optical gas sensor material.
WO3薄膜是良好的光学气敏传感器材料。
One of the important research directions is the fabrication of nano electrical devices including transistor and sensor by bottom-up method using carbon nanotubes as building block.
一个主要的研究方向是以碳纳米管为模块，采用自下而上的构筑方式制备纳电子器件（包括晶体管、传感器等）。
It can be used in sensor, photoelectric device and biology. The development of photoelectric device and biology will benefit from nano-technique.
它在传感器、光电子器件、生物检测等多个领域具有潜在的应用前景。
We propose that the cathode emitter arrays covered with nano crystalline silicon film may considerably enhance the sensitivity of the sensor.
讨论了在阴极发射体阵列上淀积纳米硅薄膜，提高器件灵敏度的设想。
With high resolution and sensitivity, the nano-level vibration sensor based on tunneling effect is designed and vibration detection experiments are carried out.
设计了基于隧道效应的纳米级振动传感器，该传感器具有很高的灵敏度和分辨力，并用设计的振动传感器进行了纳米级振动检测试验。
The invention discloses a polypyrrole and metal nano-particle composite gas sensor and a production method thereof.
本发明公开了一种聚吡咯和金属纳米颗粒复合气敏元件及其制作方法。
The nano-pore electric sensor solves the technical problem for integrating the nano-electrodes in the nano-pores, and the method for preparing the nano-electrodes is simple.
本发明的纳米孔电学传感器解决了将纳米电极集成于纳米孔的技术难点，其制备纳米电极的方法简单。
The nano-pore electric sensor solves the technical problem for integrating the nano-electrodes in the nano-pores, and the method for preparing the nano-electrodes is simple.
本发明的纳米孔电学传感器解决了将纳米电极集成于纳米孔的技术难点，其制备纳米电极的方法简单。
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