Y-Branch is an important unit in Integrated . Optics.
分支器是集成光学中一种重要的器件单元。
The first is its application on Y-branch optical waveguide.
首先，对Y分叉光波导的研究。
Y-branches (2 branch type) are the main branches, up to 5-branches types.
以Y型分支(2分支型)为主，最多为5分支型。
Then, detailed design for the structure of Y-branch optical power splitter is followed.
然后，对y分叉光功率分配器的结构展开具体的设计与优化。
Two designs of asymmetric Y-branch waveguide with a rectangular transitional section are introduced in this paper.
提出了带有矩形过渡区的非对称y分支光波导的两种设计方案。
In this paper, a general method of quantitative analysis for the all-fiber Y-branch devices with slopes made of multimode optical fibers is presented.
本文对多模光纤的全光纤y分支器作了定量分析，并提出了对具有斜界面的Y分支器进行定量分析的方法。
As a basic optical splitting and light-connecting device, nano-scale Y-branch waveguide is the basis of designing and developing nano-scale optical devices.
分支波导作为最基本的分光和光路连接元件是纳米光学器件设计与制备的基础。
The performance of the optical splitter has verified the effectiveness of the proposed Y-branch architecture and the successfulness of the field-assisted ion-exchange glass waveguide technique.
这些器件优良的性能证实了新型Y分支结构设计的合理性和电场辅助离子交换工艺的可靠性。
The basic principles and simulation methods of a null-coupler-based OADM are studied firstly, especially in the crosstalk of a Y-branch structure and the coupling properties of a tilted grating.
论文首先研究了零耦合器型OADM器件的基本原理与设计方法，特别是Y分支的串扰特性与斜光栅的耦合特性。
Merely tagging change sets with task Numbers isn't enough; one has to be able to say "merge feature X into branch y" and have the source control identify every change set that is needed.
仅仅给变更打上任务号是不够的，成员必须要说明“将功能X合并入分支y”，并让版本控制系统识别所有需要的变更。
A branch can form a "y"; a blade of grass can be an "I." Have older children spell words.
树枝可以形成字母“y ”；一根草可以形成字母“i ” .可以让更大点的孩子拼写单词。
By using compressed air as conveyance power and millet as a transport medium in horizontal Y-shaped branch pipes, the solid flow distribution characteristics of the above pipes were studied.
以压缩空气为输送介质，粒径相同而密度不同的小米和空心玻璃珠为输送物料，在水平变角度Y型分支管气力输送试验台上对气固两相的流量分配特性进行了研究。
By using compressed air as conveyance power and millet as a transport medium in horizontal Y-shaped branch pipes, the solid flow distribution characteristics of the above pipes were studied.
以压缩空气为输送介质，粒径相同而密度不同的小米和空心玻璃珠为输送物料，在水平变角度Y型分支管气力输送试验台上对气固两相的流量分配特性进行了研究。
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