sensitivity range

Because of the advantages of wide spectral response, large dynamic range, high sensitivity and so on, the charge coupled device ( CCD) has been widely applied to the fields of image sensing and non-contact measurement.

电荷耦合器件（CCD）以其光谱响应宽、动态范围大、灵敏度高等优点广泛应用于图像传感和非接触测量领域。

The CCD device has high sensitivity, wide spectral response, dynamic range, spatial scanning, anti-vibration, anti-magnetic field, small size, no blur and many other advantages.

CCD器件具有灵敏度高、光谱响应宽、动态范围大、空间自扫描，抗震动、抗磁场、体积小、无残影等优点。

Modifying biosensor with Multi-walled carbon nanotube ( MWNT) could raise the sensitivity and enlarge sensitive range of the sensor.

实验结果表明纳米碳管修饰生物酶传感器能大幅度提高生物酶电极的敏感性和敏感范围。

The thermal sensitivity shift coefficient is a constant of 0.007 619 ( 1/ ℃) in the range of-20~ 60 ℃;

在-20～60℃范围内其热灵敏度漂移系数是个常数，其值为0.007619℃；

The device provides extreme sensitivity through a small range around the null point.

此装置在零点附近很小一段范围内具有极高的灵敏度.

The Experimental Study of Large Range Enhanced Temperature Sensitivity Concerning Fiber Bragg Grating Temperature Sensor

大范围光纤布拉格光栅温度传感器增敏实验研究

In terms of the capacitance range of QPC, the intrinsic sensitivity is estimated. It is clear that the sensitivity of the present QPC charge sensors still has large margin to improve.

结合QPC结构的电容范围，估算了本征灵敏度，发现目前报道的QPC电荷传感器还有可改进的空间。

This paper analyzes the effects of beam divergence, and power transmission on the link range. The results show that it is effective to extend the range by narrower beam divergence and higher detector sensitivity.

讨论了光发射光源的选择、光发射功率、光束发散角以及光学天线结构、探测器灵敏度对通信距离的影响，指出了窄束光发射和提高探测器灵敏度等加大通信距离的办法。

Through the combination of hardware and software technology, the test system can automatically test the number of channels, the dynamic range of the system output and input, system input dynamic range, time sensitivity control.

通过软、硬件技术的结合，该测试系统可以自动测试通道数、系统输出动态范围、系统输入动态范围、时间灵敏度控制等。

Measurements show that the film resistor has superior sensitivity for visible light and a thermal sensitivity within the range 303~ 673 K, while the MIS capacitor is highly sensitive to relative humidity.

实验结果表明，薄膜电阻在303～673K温度范围内对可见光和热具有良好的灵敏特性，同时MIS电容对相对湿度有很高的灵敏度。