optical feedback信息详情
光反馈
optical───adj.光学的;眼睛的,视觉的
optical fibre───光学纤维;光导纤维;光学(玻璃)纤维,光导纤维
provide feedback───提供反馈
feedback systems───[自]反馈系统;反馈方式
optical rotation───旋光度,旋光性,(光学的)偏振转;[光]旋光度;[光]旋光性;偏振转
optical stores───眼镜店
optical microscope───[光]光学显微镜
force feedback───[自]力反馈
positive feedback───[自][电子]正反馈
The experimental result shows the future prospects of the coherent optical feedback technique in image restoration.───其实验结果显示了相干光反馈方法在图像恢复方面的光明前景。
An optoelectronic detection system based on the optical feedback effect in a direct frequency modulated laser diode is developed.───研制了一套基于光反馈效应的直接频率调制激光二极管光电探测系统。
The system has the advantages of high resolution, large measurement range, operation at all optical feedback levels, and so on.───研究表明该位移测量系统具有高分辨率、大测量范围、可工作于任意回馈水平等特点。
Technique for passive phase locking of fiber lasers by an all-optical feedback loop is studied theoretically and experimentally.───对基于环形腔光反馈的光纤激光被动锁相技术进行了理论和实验研究。
The optical feedback self-mixing model is studied when the external cavity of a semiconductor laser suffers a harmonic vibration.───在外腔简谐振动条件下,研究半导体激光器的光反馈自混合干涉系统模型中的测量参数。
Optical feedback self-mixing interference(OFSMI) is a precise measuring technique, with the feature of simple, compact, and self-aligning.───光反馈自混合干涉技术是一项精密测量技术,其系统结构简单、紧凑且易准直。
The simulation results show that multiple parameter sensing can be based on the optical feedback self-mixing effect.───结论表明,利用光反馈自混合干涉效应可以进行多参数传感测量。
A displacement measurement method is designed base on the effect of moderate optical feedback self-mixing interference(OFSMI).───基于适度光反馈自混合干涉(OFSMI)技术,设计了一种位移测量方法。
Large signal modulation characteristics of the external cavity semiconductor laser under different optical feedback intensity───不同的外部光反馈强度下外腔半导体激光器大信号调制特性
One can get optical feedback real time in each step of molecular design by visual docking manoeuver .
Bistable optical devices modulating function and clectro- optical feedback function are a group of non- linear equation.
Relative to the incoherent optical feedback, the incoherent optical feedback is less sensitive to frequency detuning, so it can deduce requirements of system to working conditions.
Bistable optical device's modulating function and electro optical feedback function are a group of non linear equation.
The effects of weak optical feedback (WOF) on the bit error rate (BER) of coherent optical differential phase shift key-controll (DPSK) systems are presented.
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