1) H-S wavefront sensor
H-S波前传感器
1.
Wavefront measurement of laser beam traversing a supersonic flow with H-S wavefront sensor;
用H-S波前传感器测量穿过超声速流场的激光像差特性
2.
In order to achieve and maintain high resolution imaging performance in space-based earth-observing system,extended-beacon(extended-scene) and H-S wavefront sensors are employed to estimate the pupil wavefront for compensating the aberrations.
为了空对地观测相机在工作时达到接近衍射极限的高分辨率成像,采用扩展信标和相应的H-S波前传感器探测成像系统入瞳面上的波前畸变,以实现动态补偿。
2) Hartmann-Shack wavefront sensor
H-S波前传感器
1.
Detection of wavefront properties for passive confocal unstable resonators by using Hartmann-Shack wavefront sensor;
采用H-S波前传感器探测虚共焦非稳腔输出光束波前像差
3) S-H wavefront sensor
S-H波前探测器
1.
The S-H wavefront sensor is employed to measure the 3rd spherical aberration,and a compensator is designed to correct it.
使用S-H波前探测器测量了激光模块的三阶球差,设计了补偿系统对激光模块的球差进行了补偿,并对补偿前后的各阶像差进行了分析。
4) wavefront sensor
波前传感器
1.
An optical wavefront sensor by a birefringence crystalline;
双折射晶体光学波前传感器
2.
Closed-loop transferring characteristics of wavefront sensor noise in adaptive optical system;
自适应光学系统中波前传感器噪声的闭环传递特性
3.
Slope measurement error of Shack-Hartmann wavefront sensor under realistic atmospheric trubulence with low-level-light beacon;
实际大气湍流下弱光信标Shack-Hartmann波前传感器的波前斜率探测误差
5) Wave-front sensor
波前传感器
1.
Theoretical investigation and scheme analysis of the curvature wave-front sensor for adaptive optics;
自适应光学曲率波前传感器的衍射理论及其方案分析
2.
The source of the centroid detecting error of the Shack-Hartmann wave-front sensor and its effect on the measurement precision of the system are analyzed in detailed in this dissertation.
本论文详细分析夏克—哈特曼(Shack-Hartmann)波前传感器质心探测误差的来源及对系统的测量精度的影响,并提出了一种简单实用的提高波前传感器质心探测精度的解决方法。
6) Hartmann-Shack(H-S) sensor
哈特曼-夏克(H-S)传感器
补充资料：超声波传感器
利用超声波在媒质中的传播特性来进行测量的传感器。它由声波发送器、接收器(两者统称超声波变送器)和测量电路组成。超声波传感器的基本测量方法有传送时间差法、声波束偏转法、多普勒频移法、谐振法等，常用于测量流体流速（见超声流量计）、材料厚度（见厚度传感器）和探伤等。它的特点是不影响被测物的状态和价格较低，在某些近距离测量方面可代替激光传感器。
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