采用晶格变换的方法证明了在底心单斜格子中密勒指数与晶面间距的关系式。
In this paper, a method of lattice transformation is introduced to demonstrate the relational expression between Miller indices and interplanar spacing in base-centered monoclinic lattice.
设计了芯间距较小的特殊结构四芯光纤，可用于生成格子光场或用于制作光纤传感器。
A special four-core fiber has been designed and demonstrated, in which the internal distance between the neighbor cores is smaller.
应用推荐