本文详细报道了红外声光可调谐滤光器的声光偏转效应。
This paper describes the deflection effect of an infrared acoustooptic filter in detail.
研究了声光偏转器(AOD)扫描飞秒激光的时间色散效应及补偿方案。
The temporal dispersion effect and compensation approach of femtosecond laser scanning by an acoustooptical deflector (AOD) was studied.
提出了新的单棱镜色散补偿方法解决声光偏转器对超短脉冲激发光的色散问题。
A new single prism dispersion compensation scheme is proposed to compensate for the dispersion effect of the AODs on the ultrashort-pulsed excitation laser.
介绍了声光衍射的原理，并对布拉格衍射中的声光偏转和声光调制进行了实验研究。
The principle of acoustooptic diffraction was introduced, and the experimental research was carried through about acoustooptic deflexion and modulation of Bragg diffraction.
研究了利用声光偏转器的随机扫描能力提高感兴趣区域信号获取的时间分辨率的方法。
The method of using the random access ability of the acoustooptic deflector (AOD) for increasing the acquisition rate of the signal from the regions of interest is discussed.
针对传统雷达载频测量方法的不足，设计出了一种基于声光偏转效应的简单快捷的可视化频率测量方法，实现了对雷达频率实时并行检测。
A convenient and visual way was found to instant measure frequency via effect of acoustooptic deflection, making solution to the conventional radar carrier frequency measurement.
本文介绍了一种激光扫描检眼仪的消色散电路。该电路可补偿声光偏转器产生的色散，提高彩色图像的清晰度，增强该仪器的辅助诊断作用。
A dispersion correcting circuit of SLO is presented. The circuit can compensate achromatization produced by the acoustooptic deflector and enhance sharpness of the colour image for better diagnosis.
有效声孔径。电极厚度以及器件的声光衍射效率、偏转角度、声驱动功率等参数。
Meanwhile, such parameters as diffraction efficiency, deflection Angle and driving power of device have been analyzed and computed theoretically.
根据声光互作用的一般理论，对不同的声光互作用条件下，级联布喇格声光互作用的频移和光束偏转进行了分析。
The frequency shifting and beam deflection of the Bragg acoustooptic interaction in cascade is analyzed according to general Bragg acoustooptic interaction theory.
根据声光互作用的一般理论，对不同的声光互作用条件下，级联布喇格声光互作用的频移和光束偏转进行了分析。
The frequency shifting and beam deflection of the Bragg acoustooptic interaction in cascade is analyzed according to general Bragg acoustooptic interaction theory.
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