1) detecting with super sensitivity
超敏感探测
2) position sensitive detector
位置敏感探测器
1.
A precise tracking system mainly composed of a fast steering mirror and position sensitive detector is established.
以快速反射镜和位置敏感探测器为主要功能模块设计了光束精跟踪系统,并在模拟振动扰动的环境中对系统性能进行了测试。
2.
A new method for large shaft alignment was proposed based on visual laser technology and PSD(position sensitive detector) technology.
提出了一种采用位置敏感探测器(PSD)技术与激光技术相结合实现大型轴系对中检测的新方法。
3.
The development application and principle of position sensitive detector (PSD) which based on the lateral photoelectric effect are outlined in the paper.
综述了基于半导体横向光电效应的位置敏感探测器 ( PSD)的发展、工作原理及应用 ,展望了 PSD的研究动态和发展前景。
3) PSD
位置敏感探测器
1.
Additional Position Error of PSD Caused by Diffraction of Light Source;
指示光源衍射所引起的位置敏感探测器附加定位误差探讨
2.
Position sensitive detector(PSD) was adopted as the vibration detection sensor,which,compared with an acceleration transducer,can improve measurement precision,reduce the response time,and minimize the influence of time delay.
用位置敏感探测器检测振动信号,与传统的加速度传感器相比,提高了系统检测精度,缩短了响应时间,减小了时滞对隔振性能的影响。
3.
A comb type PSD is a high accuracy position sensitive detector, the reverse breakdown voltage is main parameter, usally the reverse breakdown voltage of this manufacture is lower.
梳状一维位置敏感探测器是一种高精度的位置敏感探测器 PSD(Position Sensi-tive Detector)。
4) Position Sensitive Detector(PSD)
位置敏感探测器
1.
The principle and a signal conditioning circuit of tetra-lateral 2-dimensional position sensitive detector(PSD) are analyzed.
分析了改进表面分流型二维位置敏感探测器(PSD)的工作原理及信号调理电路,针对PSD位置检测误差大的缺点,设计了利用万能工具显微镜进行标定的实验系统,运用误差理论对传感器在A区和B区的X向及Y向位置测试数据进行了校正。
2.
One of the key techniques of the sensor based on position sensitive detector(PSD) for measurements of tiny displacement is how to magnify and process the weak photocurrent signal.
微弱电流的放大与处理是基于位置敏感探测器(PSD)的微位移传感器的关键技术。
3.
For pin-cushion position sensitive detector(PSD)with S1880 type,a simulation model using finite element method is established and its dynamic response characteristic simulation is done.
建立了S1880枕型位置敏感探测器(PSD)的有限元仿真模型,并对其动态响应特性进行了仿真,得到了3个扫描速度下的动态响应误差曲线,通过分析得出结论:PSD产生的动态响应误差随着扫描速度的增大而增大,在光敏面中心线上沿x轴方向匀速直线扫描时,PSD的动态响应误差最大值之比近似等于相应的光源扫描速度之比。
6) sensor
[英]['sensə(r)] [美]['sɛnsɚ]
传感器;探测器;敏感元件
补充资料：膀胱去神经超敏感试验
膀胱去神经超敏感试验
denervation supersensitive test of bladder
作膀胱压力容积测定时对逼尿肌无收缩或低压收缩者，利用拟胆碱类药物盐酸氨甲酰胆碱(bethanechol)来评价逼尿肌功能的一项检查方法。皮下注射bethanechol 2.5mg，30min后按常规方法作膀胱压力容积测定，若膀胱压力增加15cmH2O则为膀胱去神经的证据。此试验可应用于鉴别神经源性或非神经源性膀胱不能收缩。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条