1) asymmetric Y-branch waveguides
![点击朗读](/dictall/images/read.gif)
非对称Y分支波导
1.
This novel asymmetric Y-branch waveguides with low polarization dependence can be easily fabricated,and have more advantages than previously designed ones while being used in integrated optical devices.
基于全内反射原理,提出了一种新型非对称Y分支波导,通过将左右分支波导相对于输入波导在横向方向上进行偏移以实现特定分束比光输出,并对其光学特性进行模拟分析。
2) asymmetric Y branch
![点击朗读](/dictall/images/read.gif)
非对称Y分支
1.
Analysis and computation for asymmetric Y branch was presented.
![点击朗读](/dictall/images/read.gif)
对非对称Y分支进行了理论分析和计算。
3) Y-branch waveguide
![点击朗读](/dictall/images/read.gif)
Y分支波导
1.
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 splitting and light-connecting device,nano-scale Y-branch waveguide is the basis of designing and developing nano-scale optical devices.
Y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。
3.
The chip of the FOG(Y-branch waveguide phrase modulator) is the pivotal parts in the FOG system, and researching its fabricating technics for improving its performance is very important to our national defence.
而光纤陀螺集成光学芯片(Y分支波导相位调制器)则是光纤陀螺的关键部件,对其制备工艺进行研究、提高其性能对于国防建设具有重要的现实意义。
4) Asymmetry Y furcation
![点击朗读](/dictall/images/read.gif)
非对称Y分叉
5) asymmetric waveguide
![点击朗读](/dictall/images/read.gif)
非对称波导
1.
Shifting of the optical mode from symmetric distribution to asymmetric distribution by separate confinement asymmetric waveguide structure reduces optical absorption loss by carriers,and permits higher doping of the p side to reduce resistance.
采用分别限制非对称波导结构,将光场从对称分布变为非对称分布,降低了载流子光吸收损耗,并允许p型区具有更高的掺杂水平,从而使器件电阻降低。
6) Y-junction rib waveguide
![点击朗读](/dictall/images/read.gif)
Y分支脊形波导
补充资料:非对称
分子式:
CAS号:
性质:假设分子中有一条直线,当分子以此线为轴旋转360。/n(n=2,3,4,…)能与未经旋转的分子完全重合,那么此直线便为该分子的n重对称轴,即该分子具有Cn旋转轴的对称因素。若这类分子中再无其他对称因素,则该化合物为非对称的(dissymmetric),非对称化合物的分子是手性的,该化合物具有旋光性,可以存在对映体。
CAS号:
性质:假设分子中有一条直线,当分子以此线为轴旋转360。/n(n=2,3,4,…)能与未经旋转的分子完全重合,那么此直线便为该分子的n重对称轴,即该分子具有Cn旋转轴的对称因素。若这类分子中再无其他对称因素,则该化合物为非对称的(dissymmetric),非对称化合物的分子是手性的,该化合物具有旋光性,可以存在对映体。
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