搜索资源列表
sio2_sellmeier
- 基于纯sio2的赛蜜儿方程，数值显示其折射率随波长的变化，可作为光纤包层加入-Based on pure racing sio2 Claudel equations, numerical display its refractive index changes with wavelength, can be added as the fiber cladding
GeO2shiying_sellmeier3.1
- 基于掺锗sio2的赛蜜儿方程，数值显示其折射率随波长的变化，可作为光纤纤芯加入-Based on germanium doped sio2 tournament Claudel equations, numerical display its refractive index changes with wavelength, can be added as the fiber core
sellmeier_equation
- 利用sellmeier方程计算材料的折射率及色散-The refractive index and dispersion of materials are calculated by using Sellmeier equation.
OPTICAL-waveguidehomework1UESTC
- 根据以下的平板光波导在波长为1550 nm时的折射率数据 1.作 出 不 同 波 导 芯 厚 度 d (0<d<15 m)对应的TE模式 与TM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a 与b的值-The refractive index of the optical waveguide data at a wavelength of 1550 nm according to the foll
OPTICAL-waveguidehomework2neffuestc
- 根据条形光波导折射率数据，分别针对宽高比a:b为1:1与 2:1两种情形，设计分析 ： 1. 满足单模与双模传输的 波导尺寸范围。（需要 给出色散曲线） 2. 针对两种情形，选取你 认为最佳的波导尺寸， 计算对应的模折射率。 （计算时假设上、下包 层均很厚）-According to the refractive index of the optical waveguide stripe of data, respectively, for an aspect
OPTICAL-waveguidehomework2q2UESTC
- 光波导工作的设计工作，主要是条形光波导，条形光波导的上包层，下包层，芯层的折射率都知道-Waveguide design work, mainly strip waveguide, the waveguide cladding strip, the lower cladding layer, the refractive index of the core know
OPTICAL-waveguidehomework3
- 如上图所示，定向耦合器由完全相同的直波导与弯曲波导构成，波 导芯为宽高比相同（均为 a） 的正方形， 其工作波长，波导材料 对 TE 模式的折射率，及圆弧形弯曲波导的半径 r 等参数如图所 示，若波长为 1550 nm， 归一化光功率为 1 的光波从直波导输 入，请选择适当的满足单模工作的波导宽度 a， 然后给出从圆形弯 曲波导输出的归一化光功率 P4与两波导边缘的间距 d-Directional coupler by the same straight and curved
3layer_v2
- 三层平板介质光波导计算，该平板波导主要由3层均匀介质构成，中间的芯层折射率为n1，厚度为d，芯区生长在折射率为n2的衬底上，芯区上面的覆盖层折射率为n3。这里考虑的是n1大于n2大于n3。-Three-layer flat-plate dielectric waveguide, the flat waveguide is composed of three uniform media, the refractive index of the middle layer is n1, the thi
optical_film_tea
- 可嘗試計算光學薄膜之導納數值，並畫出他的圖形，圖形會依據輸入的折射率而改變-Admittance can try to calculate the value of the optical film, and draw his graphic, graphics input will be based on the refractive index is changed
资料
- 波导色散,条形波导色散曲线及宽高比取值范围界定，运行程序得到色散曲线及其有效折射率曲线(Waveguide dispersion, bar-waveguide dispersion curve and aspect ratio range, run the program to get the dispersion curve and its effective refractive index curve)
dipsersion_of_air
- 用来计算空气的折射率和色散值，在某些精细测量和校准应用下，空气的微小色散值不能忽略，对光脉冲等的传输造成影响。(In general, the dispersion of air is approximately zero, whose dispersion can't be ignored under special circumstances. The code is utilized to calculate the refractive index of air and the dis
gmie_cpp-master
- 米散射的C++完美代码，可以计算复折射率(Mie scattering C++ perfect code, you can calculate the complex refractive index)
色散程序
- 通过折射率计算色散，并绘制曲线，适合做色散匹配等用途。(Calculate dispersion by refractive index and plot curves)
Desktop
- 米散射相函数对比，包括散射相函数抽样，不同波长，不同折射率(The contrast of the phase function of the rice scattering, including the scattering phase function sampling, the different wavelengths and the different refractive index)
mie
- 可计算大气不同化学物种单粒子颗粒物的消光,散射及吸收效率(The scattering efficiency for single spherical particle of a given aerosol species was calculated using Mie theory by inputting the particle diameter,refractive index ,and incident wavelength)
AlGaInAs refractive index
- 1550 AlGaInAs 波长 考虑了色散 禁带宽度的影响 公式来源于文献 可能不准确(1550 AlGaInAs lamada)
cladneff
- 计算光纤包层有效折射率，利用公式编程，该程序是利用是图解法得到包层模有效折射率(The effective refractive index of the fiber cladding is calculated. The program is programmed with the formula. The program uses the graphic method to obtain the effective refractive index of the cladding die.)
Sellmeier
- 赛米尔方程的拟合色散曲线，用MATlab程序，至少六个数据(The refractive index and dispersion of materials are calculated by using Sellmeier equation)
Smith参数提取
- 由s11和s21的arg值与mag值提取得到相对介电常数和相对磁导率和折射率(The relative permittivity and relative permeability and refractive index are extracted from the Arg values and MAG values of S11 and S21.)
设计工作二
- 根据条形光波导折射率数据，分别针对宽高比a:b为1：1与2：1两种情形，设计分析(According to the refractive index data of strip optical waveguides, we design and analyze two cases of aspect ratio a:b 1:1 and 2:1 respectively.)