1) axial-side rubbing
轴向侧面抛磨
1.
Application of optical field transmitting near or in the vicinity of the fiber core is often needed in the production of optical components,through comparing the implementations in the laboratory,axial-side rubbing of fiber was chosen as the experimental manner.
在光器件的制作中,应用接近纤芯内部或附近传播的光场,常以光纤的轴向侧面抛磨为实现方法。
2) side polishing
侧边抛磨
1.
It is based on side polished fiber Bragg grating (SPFBG) manufactured by wheel side polishing method.
介绍了一种利用具有双布拉格反射峰效应的侧边抛磨光纤光栅(sPFBG)进行折射率测量的新型光纤折射率传感器。
3) Vertical spindle grinding and polishing
垂直轴磨抛
4) side wear
侧向磨损
5) flank wear
侧面磨损
6) side polished fiber
侧边抛磨光纤
1.
A new temperature compensation method of fiber Bragg grating was put forward and experimentally demonstrated based on side polished fiber Bragg grating overlaid with polymer with negative thermo-optic coefficient.
提出并演示验证了将负热光系数的聚合物材料覆盖在侧边抛磨光纤光栅的抛磨区实现光纤光栅温度补偿的新方法。
补充资料：单轴各向异性
单轴各向异性是磁晶各向异性的最简单形式，即自发磁化的稳定方向（或易磁化方向）平行于一特殊晶轴。如六方晶系钴的自发磁化方向平行于 C轴(见晶体结构)，这就表现出强的单轴各向异性。磁性材料的单轴各向异性值一般都低于其磁晶各向异性值，为103erg/cm3量级。磁性材料经磁场热处理或强的冷加工而产生的感生各向异性，都属于单轴各向异性。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条