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Description: 用时域有限差分法计算一维光子晶体构成的波导通路的场传播的用MATLAB编写的程序
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Size: 4833 |
Author: loveishere |
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Description: 矩形波导中TE_10_波的特性分析
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Size: 98459 |
Author: vaksdnvaso@126.com |
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Description: Y型波导设计源码
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Size: 98816 |
Author: xuzhenwu282 |
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Description: MIT Photonic Bands软件的一个二维光子晶体的波导计算CTL文件范例
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Size: 1765 |
Author: carrot8895163@163.com |
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Description: 当波导和介质偶合时,计算波传导过程中的透过率,反射率.-when waveguide coupling and the media, the calculation of the conduction process of transmittance, reflectance.
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Size: 1024 |
Author: 张笑然 |
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Description: 二维波导中计算反射系数，两边为PML，上下为PEC，波源为平面波-two-dimensional waveguide reflection coefficient calculated on both sides of the PML and bottom of the PEC, for the plane wave Boyuan
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Size: 1024 |
Author: |
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Description: matlab例程，用于计算任意层数平板波导结构。其中slabexec为主程序，readme中有程序使用的详细说明。可以计算任意层数的平板波导结构的有效折射率，光场分布和远场分布。-matlab routines used to calculate the arbitrary layer slab waveguide structure. Which mainly slabexec procedures, readme has procedures used in detail. Can calculate the arbitrary layers of planar waveguide structure of the effective refractive index, optical field distribution and far-field distribution.
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Size: 294912 |
Author: qiangkan |
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Description: 用于圆形金属波导模式求解，得到特征方程的根，可设定误差范围。-Circular metal waveguide model for solving the characteristic equation has been the root of error range can be set.
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Size: 1024 |
Author: 王二小 |
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Description: 程序计算了国产矩形波导BJ-100的传输特性。通过查阅资料可以知道BJ-100波导管的结构参数为频率范围（8.2GHz~12.5GHz）结构参数a=22.86mm,b=10.16mm
FDTD计算 fortran 语言-Procedure to calculate domestic BJ-100 rectangular waveguide transmission characteristics. Through access to information can be aware of BJ-100 waveguide structural parameters for the frequency range (8.2GHz ~ 12.5GHz) structural parameters of a = 22.86mm, b = 10.16mm FDTD calculation fortran language
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Size: 7279616 |
Author: zhangmei |
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Description: 用matlab程序模拟了多层平板波导的导波情况 包括TE模和TM模 该程序可进一步扩展-Matlab procedure used to simulate the multi-layered slab waveguide, including the guided wave TE mode and TM mode of the program can be further expanded
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Size: 5120 |
Author: 齐标 |
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Description: 基于时域有限差分的遗传算法主程序，调用FDTD和光子晶体波导边界模型。
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Size: 17408 |
Author: 张晓惠 |
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Description: 遗传算法与单纯形算法复合用于光纤与波导芯片对准仿真技术分析-Genetic algorithm and simplex algorithm for the composite fiber and waveguide alignment chip simulation technical analysis
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Size: 17408 |
Author: 郑一一 |
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Description: TDFD,双脊金属加载矩形波导，的基模和第一个高阶模的色散曲线计算,TE模的仿真-TDFD,双脊metal loaded rectangular waveguide, the fundamental mode and first higher order mode dispersion curve calculation, TE-mode simulation
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Size: 1024 |
Author: 李涛 |
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Description: TDFD,双脊金属加载矩形波导，的基模和第一个高阶模的色散曲线计算,TM模的仿真-TDFD,双脊metal loaded rectangular waveguide, the fundamental mode and first higher order mode dispersion curve calculation, TM-mode simulation
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Size: 1024 |
Author: 李涛 |
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Description: 是用FDTD对波导进行研究的程序，对初学者很有帮助。-FDTD waveguide with a study of the procedure, very helpful for beginners.
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Size: 3072 |
Author: 李浩 |
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Description: 四层波导计算模式分布。其中中间两层折射率大于两侧的折射率。(Four layer waveguide, calculation model, distribution.)
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Size: 10240 |
Author: RThymer
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Description: 用来实现画出矩形波导，在matlab平台，方便，快捷，简单(To draw a rectangular waveguide, in the MATLAB platform, convenient, fast and simple.)
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Size: 5120 |
Author: 上帝在云端
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Description: 利用MATLAB计算矩形波导TE10模式磁场电场分布并画出图像(Using matlab to calculate the rectangle mode TE10 and draw a picture of E and H)
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Size: 18432 |
Author: 飞颜无色
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Description: 1. 设计基片集成波导，通过缝隙辐射电磁波结构
2. 工作频率：35GHz；
3.材料选取：介质基板：Rogers5880
相对介电常数：2.2
介质厚度：0.508mm
4. 性能指标：
（1）工作频率35G；
（2）在θ=0o增益达到10dB以上。有较好的方向性。
首先根据工作频率要求设计基片集成波导大概尺寸，然后选择渐变线形式微带SIW转换器进行馈电。基片集成波导终端短路，形成驻波。然后粗略计算波导缝隙的位置和尺寸。最后模型都需要通过HFSS软件仿真来优化分析得到最后结果。(First, the size of the substrate integrated waveguide is designed according to the working frequency requirement, and then the microstrip SIW converter is selected to feed. The substrate integrated waveguide terminal is short circuited to form a standing wave. Then the position and size of the waveguide gap are roughly calculated. Finally, the model needs to be optimized through HFSS software simulation to get the final result.)
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Size: 65536 |
Author: 张翠翠 |
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Description: 根据以下的平板光波导折射率数据：
（1）作出不同波导芯层厚度 ( )对应的 模式与 模式的色散图；
（2）给出满足单模与双模传输的波导厚度范围；
（3）确定包层所需的最小厚度 与 的值。(According to the following refractive index data of planar optical waveguide:
(1) The dispersion diagrams of modes and modes corresponding to different thickness of waveguide core layer () are made;
(2) The range of waveguide thickness for single mode and dual-mode transmission is given;
(3) Determine the minimum thickness and value required for cladding.)
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Size: 36864 |
Author: z2190610 |
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