Theoretical analysis of the effects of linear birefringence on the output of a faraday mirror - typed optical current transformer 线性双折射对法拉第镜式光学电流互感器输出影响的理论分析
However , the report about the method of measuring the inner linear birefringence of optical glass sensing head is rarely to seen 然而对光学玻璃传感头内双折射的测量方法,目前还鲜见报道。
The measurement of the inner linear birefringence in optical glass sensing head is significant to the design of bmocs 故对光学玻璃传感头内线性双折射进行测量对光学电流传感器的设计具有重要意义。
Bmocs is based on the faraday effect . linear birefringence is one of the important factors that affect the performance of bmocs 块状光学材料电流传感器的传感机理是法拉第效应,在影响传感器性能的诸多因素中,线性双折射是一个关键的因素。
The results show that when the linear birefringence is small , the linear birefringence of the bulk glass can be effectively measured by the methods reported in this paper 研究发现:在线性双折射较小的情况下,通过论文中提出的方法,可较好的测量出块状光学玻璃线性双折射的大小。