PURPOSE:To reduce a branch loss by providing a notch area which has a narrower width than that of a linear waveguide and has an intermediate refractive index between those of the waveguide and substrate, on a prescribed position of a branching part, and varying continuously and gradually a ...
中文:Y分支损耗;英文:Y branch loss的原理;中文:Y分支损耗;英文:Y branch loss的定义;中文:Y分支损耗;英文:Y branch loss是什么。Y波导的分支处因存在张角而导致的损耗。
例句 释义: 全部
As a result, a 3D optofluidic Y-branch waveguide is completed by tuning the Dean flows. The incident light will propagate in the 3D Y-branch even the RI of the liquid are less than that of solid channel. Besides, switching between the "on" state and the "off " state is a necessity ...
Replace or update the Y-branch structure to match your device. The object geometry can be defined using primitive elements, or imported from a file. Select the modes of interest in the port objects. Update the port position and size. Ports should be centered on each waveguide. The span shou...
这一篇笔记梳理下Y型分束器的相关知识点。Y型分束器作为集成光路中的一个基本元件,其结构非常简单,也就是Y型,其主要作用是实现光的分束与合束。 1. 工作原理 Y型分束器的典型结构如下图所示,主要由三部分构成,branch区域、taper区域和直波导区域。
2) Y branch waveguide Y分支光波导 1. A novelY branch waveguidestructure is presented, in which a transitional guide is embedded between an incident channel and an output branch. 提出了一种新型的Y分支光波导结构。 更多例句>> 3) Y waveguide ...
In order to reduce the branching loss,a Y-branch waveguide structure is presented,in which a multimode tapered transitional waveguide is embedded between an incident channel and an output branch. 为减小Y分支波导的分支损耗,提出在输入波导和两输出波导间引入锥形多模过渡波导。 2. As a basic optical...
1. A novel Y branch waveguide structure is presented, in which a transitional guide is embedded between an incident channel and an output branch. 提出了一种新型的Y分支光波导结构。更多例句>> 2) Y-branch waveguide Y分支波导 1. In order to reduce the branching loss,a Y-branch waveguide ...
1) Y-branch waveguide Y分叉波导 2) zeolite Y Y分子筛 1. The effect of different hetero-atoms on the crystallinity ofzeolite Ywas characterized by XRD and SEM. 本研究将多种具有较好加氢反应活性的过渡金属杂原子引入Y分子筛骨架中,并择优进行两两复配,合成出了结晶度较好的NiTiY、CoTiY等双杂原子...