搜索资源列表
3DFDTD
- 利用matlab计算三维光子晶体带隙的fdtd算法-calculated using Matlab 3D photonic bandgap of the algorithm fdtd
jiexifa
- 本程序是用matlab仿真软件和解析法来计算光子晶体带隙的-this procedure is used Matlab simulation software and analytical method to calculate the photonic bandgap of
jiexifaqiudaixi
- 本程序是用matlab仿真软件和解析法来计算一维光子晶体带隙的另一个程序-this procedure is used Matlab simulation software and analytical method to calculate one-dimensional photonic bandgap of another program
feimiao
- 报道了利用20 fs激光脉冲在两种多孔微结构光纤产生超连续谱的现象，光纤长度均为40 cm，连续谱展宽范围分别是420—980 nm 和570—920 nm 。实验上证明了不仅仅具有周期性结构的微结构光纤可以用于产生超连续谱，由无序填充气孔组成的多孔微结构光纤也可以出现类似的超强非线性和超连续谱展宽。分析表明，小模场面积和高非线性系数更有利于产生宽的超连续谱，完全光子带隙的存在导致了光谱的分立结。-reported the use of 20 fs laser pulses in both mi
EmFDTD-v1.2r1
- 一组很好的FDTD计算二维光子带隙的程序，matlab 7.0以上版本适用-a good group of FDTD calculation of two-dimensional photonic bandgap procedures, Matlab 7.0 and above versions of the application
FEMQWEBS
- 采用有限元法计算半导体的带隙结构和波函数。-using the finite element method to calculate the bandgap semiconductor structure and the wave function.
square2dTM
- 平面波展开法计算正方形结构光子晶体的带隙的程序，二维，平面
pwe(2d-tm)
- 两维的平面波展开法计算光子带隙源程序（tm模）
PBGBand_2D
- 这是一个利用平面波展开法对二维光子晶体的能带隙进行模拟-This is a plane wave expansion method using two-dimensional photonic crystal bandgap simulation
raw-resourse
- 用matlab计算二维光子晶体带隙并做出带隙图 以及计算二维声子晶体（XY模）的能隙并作出图-2D Photonic crystal band structure 2D phonic crystal(XY model) band structure
非等比计算带隙.t
- 利用非等比计算声子晶体带隙.易于初学者学习
撰写规范模版
- 本论文的主要内容是了解带 隙基 准电 压源的性能指标，分析带 隙基 准电 压源基本原理及基本结构，比较不同形式结构的带 隙基 准电压源并做出严谨的分析论证。总结(The main content of this paper is to understand the performance index of bandgap voltage reference, analyze the basic principle and basic structure of bandgap voltag
Phononic_Crystal_2D_Groove
- 用comsol计算2D声子晶体带隙的案例，步骤详细适合初学者。(2D calculations using COMSOL phononic crystal band gap, step by step, suitable for beginners.)
fem
- 二维光子晶体最低五个频带扫描所得能带平面图(Energy band diagram of the lowest five band scanning of two dimensional photonic crystal)
BandOrder.m
- 用于计算石墨烯光子带隙及光传播所用的时间，可以很直观的看到多阶的光子晶体带隙(In order to calculate the time of photonic band gap and light propagation in graphene, we can see the photonic band gap of multi order photonic crystal directly)
Transmission3FibNewT5
- 可用于计算三维FB序列石墨烯光子带隙，可以直观的了解光子晶体带隙的特性。(It can be used to calculate the photonic band gap of three-dimensional FB sequence graphene, and can directly understand the characteristics of photonic crystal band gap.)
bangap
- 根据振动方程计算带隙位置，matlab编写，参考朱睿论文思想(It is easier to understand the band gap position matlab based on the vibration equation.)
band gap of photonic rystal
- 计算二维光子晶体的带隙和能带面，适合comsol3.5版本(Calculation of band gap and band surface of photonic crystal)
oneD_PWE
- 利用一维声子晶体的平面波展开法计算一维声子晶体的带隙(Calculation of Band Gap in One-dimensional Phononic Crystals by Planar Wave Expansion Method)
PWE_test5
- 使用平面波展开法计算一维声子晶体欧拉-伯努利梁带隙(Calculation of band gap of one-dimensional phononic crystal beam using plane wave expansion method)