利用角度调谐的方法标定了多普勒测风激光雷达双边缘探测技术中的初始工作点。
The initial work location is scaled by Angle tuning method in Doppler wind lidar which utilizes double edge technique.
本文基于薄膜干涉滤光片角度调谐的基本原理，首次提出并实现了一种线性调谐光滤波器。
In this paper, a new linear tuning filter based on the angle-tuned thin-film interference filter is design for the first time.
文中采用技术成熟的多层介质膜滤波片进行滤波，并利用电磁驱动的微机械转动结构实现角度调谐。
In the thesis, dielectric multilayer filter, the technology of which is fully developed, is used to filter and the electromagnetic actuated tunable structure based on MEMS is used to tune the Angle.
在模拟分析的基础上，设计了一种基于应力、位移、空间角度的多参数可调谐的光纤光栅波长调谐器，并进行了实验验证。
The basic principles of multi-parameter tunable optical fiber grating wavelength tuner based on stress, displacement, space angle are analyzed and relative experimental researches are performed.
采用温度、角度和周期调谐就能获得宽的波长调谐输出。
Widely wavelength tunable outputs have been obtained by using temperature tuning, angle tuning and grating period tuning.
采用温度、角度和周期调谐就能获得宽的波长调谐输出。
Widely wavelength tunable outputs have been obtained by using temperature tuning, angle tuning and grating period tuning.
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