Low-birefringence fiber mirror reflector is fabricated by vacuum coating technology and is used for light reflection. 低双折射光纤反射镜(MR)采用真空镀膜工艺制备,用于光路中光的反射。
Emphatically discuss the design schema of Light Attenuator of imitating energy and Closed servo-control of realizing the mirror reflector to turn to move in space, and make the sciential analysis about the definition of the main function parameter value. 着重讨论了用于模拟目标能量的光衰减器和实现平面反射镜(MR)二维转动的闭环伺服系统的设计方案,并对其主要性能参数的确定做了技术探讨。
The peak power, the frequency output and average power output of the spherical mirror trihedral reflector set with different output angles is measured with the particle simulation method. 用粒子模拟的方式研究了球面镜三反射镜(MR)在设置不同角度输出口的情况下的峰值功率、频率输出以及平均功率输出。
The error caused by rotary tracking mirror device and cat eye reflector in the laser tracking measure system are discussed, and its effect to the measuring result is analyzed. 论述了在激光跟踪测量系统中由跟踪转镜机构和猫眼逆反射器产生的光学误差,并分析了它们对测量结果产生的影响。
In method of whole system calibration, calibration light can be introduced by rotating the mirror 90 degree. Lambert reflector or integral sphere can be used in this calibration. 全系统定标方法是通过摆镜旋转90°引入定标光源,可分为朗伯板定标系统和积分球定标系统。