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three_mirror_cavity_clockwise
- 利用ABCD矩阵的方法判断包含三个球面反射镜的环形谐振腔的稳定性，以及腔内的光斑分布-By using the method of the ABCD matrix judgment contains three spherical mirror the stability of a circular cavity, and the cavity of light distribution
FDTD
- FDTD.m 程序包括程序相关变量的定义，网格的尺寸的划分，激励源的设置及基于FDTD的圆柱谐振腔迭代分析。其中通过改变空间离散度dr和采样点个数nmax，进行分析得出结论；且空间步长dt与dr有关，可得出空间步长对结果影响。-FDTD.m program includes the definition of program-related variables, set the meshing of size, the excitation source and the FDTD-based i
Mode_Calculation_of_Fixed_Opd_
- 在激光谐振腔中，谐振腔腔镜有畸变时，光场模式的变化情况-When the laser resonator, the resonator mirrors aberrations, changes in the optical field mode
MODE
- 计算任意面型的激光谐振腔的模式，仅二维情况-Mode laser resonator calculate any type of surface, only two dimensions
3-Dlasermode
- 计算任意面型的谐振腔输出模式，三维输出图像-Calculate any type of surface cavity output mode, three-dimensional output
fdtd
- 基于时域有限差分利用MEEP计算光子晶体微谐振腔-波导结构的透射率 品质因子-Calculation of photonic crystal use MEEP FDTD based microresonator- transmission waveguide structure quality factor
Untitled
- 激光原理中对FOX-LI编程程序，更好了解谐振腔工作原理-Laser principle of FOX- LI programming procedures, better understand the working principle of the cavity
Desktop
- 激光原理中如何用matlab做谐振腔模式分析，这里是平凹谐振腔模式-Laser principle of how to use matlab to do cavity mode analysis, here is a plane concave cavity mode
Desktop
- 激光当中最为重要的就是谐振腔，如何用matlab确定谐振腔的稳区呢？此处用平凹谐振腔举例-Laser is one of the most important among cavity, how to use matlab to determine the stability of cavity area?Here use plane concave cavity for example
Eigenmode
- 计算激光谐振腔的特征模式，只用输入两片镜子的尺寸就可以得到谐振腔的特征横模，很好用。-Calculate the characteristic pattern of the laser cavity, with only two pieces of input mirror size can get cavity transverse mode characteristics, very good use.
light_propogation_1D
- 一维光线惠更斯傅里叶传播程序，可以很好的模拟谐振腔的作用-One dimensional light Huygens Fourier transmission procedures, can simulate the resonant cavity good effect
graphene_electro-optic_modulator
- MODE Solutions 拥有特征模式计算以及长距离光场传播的各种仿真方法，是一款设计、分析、优化波导结构的理想工具。特征模式计算引擎可以计算任意形状波导中导模的物理特性； 其2.5D varFDTD 可以快速高精度地仿真SOI楔形波导和环形谐振腔等；而特征模式展开法 eigenmode expansion (EME) solver 是仿真长传播距离波导器件，例如模斑尺寸转换器、楔形波导和布拉格光栅等器件的理想方法。-MODE Solutions has a characteristic p
self-reproducing-mode
- 激光器谐振腔内自再现模的形成 取u1 1的均匀平面波作初始激发波，对不同尺寸的圆形镜平行平面腔计算，得镜面上稳定态场分布，其特点是：镜面振幅分布，中心最大，从中心到边缘振幅逐渐降落，整个镜面上的场分布具有偶对称性-self-reproducing mode in an open resonator
matlabfz
- 基于MATLAB的波导和谐振腔内能量传输仿真 波导 谐振腔 能量传输-Energy transfer in waveguide and resonator based on MATLAB and energy transfer in waveguide cavity
License-Plate-Recognition
- 基于MATLAB软件设计的车牌识别和激光器谐振腔分析-Design of License Plate Recognition Based on MATLAB and Laser Resonator
tiaoxing
- 通过FOX-LI迭代法模拟激光条形谐振腔内自再现模的形成过程及达到稳定时的光场强度分布和相位分布。- U901A u8FC7FOX-LI u8FED u4EE3 u6CD2 u6A1 u62DF u6FC0 u5149 u673 u5F62 u8C10 u632F u8154 u5185 u81EA u518D u73B0 u6A21 u7684 u5F62 u6210 u8FC7 u7A0B U53CA u8FBE u5230 u7A3
慢光光纤陀螺关键技术研究
- 文章基于慢光技术的耦合谐振腔结构的光纤陀螺原理、陀螺随机噪声和 误差的分析与建模、慢光光纤陀螺信号时间差检测等问题展开了深入的研究和 探索。(Based on slow light technology, the principle of fiber optic gyroscope with coupled resonator structure, gyro random noise and Error analysis and modeling, slow light fiber opt
F-P
- SLM仿真，对激光器的谐振腔模型的计算，适用于传统的谐振式激光谐振器。(SLM simulation.The SLM of the F-P resonant cavity of the laser is calculated, which is suitable for the conventional resonator type lasers.)
taibaoshi
- 主要针对六镜谐振腔激光器的模拟，包括：l1不同倍频晶体处腰斑；倍频晶体处腰斑及L1不同钛宝石腰斑比较。(The simulation of six mirror resonator laser is mainly focused on: waist spots at different frequency doubling crystals of L1; comparison of waist spots at different frequency crystals and L1 differ
mathmatic
- 光学谐振腔计算，锁模调制，腔内功率密度计算，一阶导数求解(Calculation of optical resonator)