FDTD官网案例_Y branchmp.weixin.qq.com/s?__biz=Mzg4ODcxNjI4MQ==&mid=2247485636&idx=1&sn=5265808c9572bcbaaceab4d92801fd0d&chksm=cff7a652f8802f44d490dd875c57e2a95d370f2d4c51f3da6707d30a568cddfbe00e2536dc63#rd 横向电场 用到的脚本 groupscope Changes the group scope. Script commands...
在进行仿真时，我们使用脚本命令来更改特定的组范围，以确定操作的区域。例如，若要删除特定组内的所有内容，只需将`groupscope`设置为该组名称（如`::model::my_group`）。若目标是删除整个模拟中的所有对象，则将`groupscope`设置为根级别（如`::model`）。以下是一个具体的示例操作步骤：创建分析...
微分形式中,\nabla \times为旋度算符,其运算公式如下所示。其中\mathbf {i}、\mathbf {j}、\mathbf {k}为分别对应x、y和z轴的单位矢量。旋度表示向量场对某一点附近的微元造成的旋转程度。旋度本身为矢量,空间中某点P的旋度矢量\mathbf {n}如下图所示,方向满足右手定则。 \nabla \times \mathbf {E} =...
有人仿过y branch嘛为啥感觉光进入y branch后就 只看楼主 收藏 回复 椰子味奶片 初级粉丝 1 有人仿过y branch嘛为啥感觉光进入y branch后就被泄露了登录百度账号 下次自动登录 忘记密码? 扫二维码下载贴吧客户端 下载贴吧APP看高清直播、视频! 贴吧页面意见反馈 违规贴吧举报反馈通道 贴吧违规信息处理公示...
silicon/ 2D FDTD simulationlow loss small angle bendY branch configurationsA technique to produce low loss small angle bends in photonic crystal waveguides is presented. The technique consists of bridging parallel input and output waveguide segments with an inclined waveguide region of the same basic ...
Photonic bandgap y-branch 의 FullWAVE FDTD 시뮬레이션 특장점 FDTD 알고리즘의 최첨단 구현을 통해 광범위한 시뮬레이션 및 분석 기능 제공 클러스터링 시뮬레이션을 통해 대규모 계산의 속...
12.Y-branch仿真实操 12.1 Y-branch参数化建模 12.2 粒子群算法优化Y-branch插损 13.Waveguide Taper仿真实操 13.1 Taper波导参数化建模 13.2 使用参数扫描工具优化传输效率 14.Edge coupler仿真实操 14.1 模式重叠积分功能的使用 14.2 耦合效率优化 午餐
@ x=11:32, y=30:84, z=0:1 Object(name=None) @ x=84:116, y=32:52, z=0:1 Running a simulation Running a simulation is as simple as using thegrid.runmethod. grid.run(total_time:Number,progress_bar:bool=True) Just like for the lengths in the grid, thetotal_timeof the simulat...
FullWAVE FDTD simulation of photonic bandgap y-branch Benefits Cutting-edge implementation of mature FDTD algorithm allows for a wide range of simulation and analysis capabilities. Advanced capabilities allow for clustered simulation environment for massive computational increases in speed and efficiency. ...
,Navarro,Chen,Wu,Paul,Y.,Chung,and,John,Litva 摘要: The finite-difference-time-domain (FDTD) method is applied to model some discontinuities that are present in C-band beam-forming networks. In particular, a branch line coupler, a phase shifter, and a slope equalizer are modeled. A FDTD...