登录
首页 » matlab » Figure8_NALM-master 1

Figure8_NALM-master 1

于 2021-02-20 发布 文件大小:97KB
0 594
下载积分: 1 下载次数: 19
我要下载

代码说明：

  NALM锁模激光器仿真，非线性环路反射镜锁模获得飞秒激光脉冲。(The simulation of NALM mode-locked laser shows that the femtosecond laser pulse can be obtained by mode-locked non-linear loop mirror.)

文件列表：

Figure8_NALM-master 1, 0 , 2019-03-06
Figure8_NALM-master 1\.DS_Store, 8196 , 2019-03-06
__MACOSX, 0 , 2019-03-08
__MACOSX\Figure8_NALM-master 1, 0 , 2019-03-08
__MACOSX\Figure8_NALM-master 1\._.DS_Store, 120 , 2019-03-06
Figure8_NALM-master 1\.gitattributes, 378 , 2016-06-08
Figure8_NALM-master 1\.gitignore, 670 , 2016-06-08
Figure8_NALM-master 1\Amplifier, 0 , 2019-03-05
Figure8_NALM-master 1\Amplifier\.DS_Store, 6148 , 2019-03-05
__MACOSX\Figure8_NALM-master 1\Amplifier, 0 , 2019-03-08
__MACOSX\Figure8_NALM-master 1\Amplifier\._.DS_Store, 120 , 2019-03-05
Figure8_NALM-master 1\Amplifier\AmpSimp, 0 , 2019-03-05
Figure8_NALM-master 1\Amplifier\AmpSimp\.DS_Store, 6148 , 2019-03-05
__MACOSX\Figure8_NALM-master 1\Amplifier\AmpSimp, 0 , 2019-03-08
__MACOSX\Figure8_NALM-master 1\Amplifier\AmpSimp\._.DS_Store, 120 , 2019-03-05
Figure8_NALM-master 1\Amplifier\AmpSimp\AmpSimpNoise.m, 1733 , 2016-06-08
Figure8_NALM-master 1\Amplifier\AmpSimp\AmpSimpNonoise.m, 638 , 2016-06-08
Figure8_NALM-master 1\Amplifier\AmpSimp\filter_lorentz_tf.m, 673 , 2016-06-08
Figure8_NALM-master 1\Amplifier\AmpSimp\gain_saturated2.m, 549 , 2016-06-08
Figure8_NALM-master 1\Amplifier\AmpSimp\gain_saturated3.m, 496 , 2016-06-08
Figure8_NALM-master 1\Amplifier\AmpSimp\testcodes, 0 , 2016-06-08
Figure8_NALM-master 1\Amplifier\AmpSimp\testcodes\test_fzero.m, 250 , 2016-06-08
Figure8_NALM-master 1\Amplifier\AmpSimp\testcodes\test_gain_saturated.m, 374 , 2016-06-08
Figure8_NALM-master 1\Amplifier\AmpSimp\testcodes\test_onetrip_gain.m, 1019 , 2016-06-08
Figure8_NALM-master 1\Amplifier\AmpSimp\testcodes\test_Pin_Pout.m, 493 , 2016-06-08
Figure8_NALM-master 1\Amplifier\testcodes, 0 , 2016-06-08
Figure8_NALM-master 1\Amplifier\testcodes\Amplifier_test.m, 3094 , 2016-06-08
Figure8_NALM-master 1\Amplifier\testcodes\plotall.m, 722 , 2016-06-08
Figure8_NALM-master 1\Amplifier\testcodes\plotsimp.m, 864 , 2016-06-08
Figure8_NALM-master 1\Coupler, 0 , 2016-06-08
Figure8_NALM-master 1\Coupler\coupler.m, 355 , 2016-06-08
Figure8_NALM-master 1\Figure8_NALM-master, 0 , 2019-03-05
Figure8_NALM-master 1\Figure8_NALM-master\.DS_Store, 6148 , 2019-03-06
__MACOSX\Figure8_NALM-master 1\Figure8_NALM-master, 0 , 2019-03-08
__MACOSX\Figure8_NALM-master 1\Figure8_NALM-master\._.DS_Store, 120 , 2019-03-06
Figure8_NALM-master 1\Figure8_NALM-master\.gitattributes, 378 , 2016-06-08
Figure8_NALM-master 1\Figure8_NALM-master\.gitignore, 670 , 2016-06-08
Figure8_NALM-master 1\Figure8_NALM-master\Amplifier, 0 , 2019-03-05
Figure8_NALM-master 1\Figure8_NALM-master\Amplifier\.DS_Store, 6148 , 2019-03-05
__MACOSX\Figure8_NALM-master 1\Figure8_NALM-master\Amplifier, 0 , 2019-03-08
__MACOSX\Figure8_NALM-master 1\Figure8_NALM-master\Amplifier\._.DS_Store, 120 , 2019-03-05
Figure8_NALM-master 1\Figure8_NALM-master\Amplifier\AmpSimp, 0 , 2019-03-05
Figure8_NALM-master 1\Figure8_NALM-master\Amplifier\AmpSimp\.DS_Store, 6148 , 2019-03-05
__MACOSX\Figure8_NALM-master 1\Figure8_NALM-master\Amplifier\AmpSimp, 0 , 2019-03-08
__MACOSX\Figure8_NALM-master 1\Figure8_NALM-master\Amplifier\AmpSimp\._.DS_Store, 120 , 2019-03-05
Figure8_NALM-master 1\Figure8_NALM-master\Amplifier\AmpSimp\filter_lorentz_tf.m, 673 , 2016-06-08
Figure8_NALM-master 1\Figure8_NALM-master\Amplifier\AmpSimp\gain_saturated2.m, 549 , 2016-06-08
Figure8_NALM-master 1\Figure8_NALM-master\Amplifier\testcodes, 0 , 2019-03-05
Figure8_NALM-master 1\Figure8_NALM-master\Amplifier\testcodes\.DS_Store, 6148 , 2019-03-05
__MACOSX\Figure8_NALM-master 1\Figure8_NALM-master\Amplifier\testcodes, 0 , 2019-03-08
__MACOSX\Figure8_NALM-master 1\Figure8_NALM-master\Amplifier\testcodes\._.DS_Store, 120 , 2019-03-05
Figure8_NALM-master 1\Figure8_NALM-master\Amplifier\testcodes\plotsimp.m, 864 , 2016-06-08
Figure8_NALM-master 1\Figure8_NALM-master\Coupler, 0 , 2019-03-05
Figure8_NALM-master 1\Figure8_NALM-master\Coupler\.DS_Store, 6148 , 2019-03-05
__MACOSX\Figure8_NALM-master 1\Figure8_NALM-master\Coupler, 0 , 2019-03-08
__MACOSX\Figure8_NALM-master 1\Figure8_NALM-master\Coupler\._.DS_Store, 120 , 2019-03-05
Figure8_NALM-master 1\Figure8_NALM-master\Coupler\coupler.m, 355 , 2016-06-08
Figure8_NALM-master 1\Figure8_NALM-master\filter, 0 , 2016-06-08
Figure8_NALM-master 1\Figure8_NALM-master\filter\filter_gauss.m, 785 , 2016-06-08
Figure8_NALM-master 1\Figure8_NALM-master\GNLSE, 0 , 2019-03-05
Figure8_NALM-master 1\Figure8_NALM-master\GNLSE\.DS_Store, 6148 , 2019-03-05
__MACOSX\Figure8_NALM-master 1\Figure8_NALM-master\GNLSE, 0 , 2019-03-08
__MACOSX\Figure8_NALM-master 1\Figure8_NALM-master\GNLSE\._.DS_Store, 120 , 2019-03-05
Figure8_NALM-master 1\Figure8_NALM-master\GNLSE\Solvers, 0 , 2019-03-05
Figure8_NALM-master 1\Figure8_NALM-master\GNLSE\Solvers\.DS_Store, 6148 , 2019-03-05
__MACOSX\Figure8_NALM-master 1\Figure8_NALM-master\GNLSE\Solvers, 0 , 2019-03-08
__MACOSX\Figure8_NALM-master 1\Figure8_NALM-master\GNLSE\Solvers\._.DS_Store, 120 , 2019-03-05
Figure8_NALM-master 1\Figure8_NALM-master\GNLSE\Solvers\IP_CQEM_FD.m, 4823 , 2016-06-08
Figure8_NALM-master 1\Figure8_NALM-master\GNLSE\Solvers\Linearoperator_w.m, 409 , 2016-06-08
Figure8_NALM-master 1\Figure8_NALM-master\GNLSE\Solvers\NonLinearoperator_w.m, 952 , 2016-06-08
Figure8_NALM-master 1\Figure8_NALM-master\GNLSE\Solvers\Raman_response_w.m, 793 , 2016-06-08
Figure8_NALM-master 1\Figure8_NALM-master\main2.m, 6405 , 2019-03-05
__MACOSX\Figure8_NALM-master 1\Figure8_NALM-master\._main2.m, 120 , 2019-03-05
Figure8_NALM-master 1\Figure8_NALM-master\main3.m, 7562 , 2016-06-08
Figure8_NALM-master 1\Figure8_NALM-master\Utility, 0 , 2019-03-06
Figure8_NALM-master 1\Figure8_NALM-master\Utility\.DS_Store, 6148 , 2019-03-06
__MACOSX\Figure8_NALM-master 1\Figure8_NALM-master\Utility, 0 , 2019-03-08
__MACOSX\Figure8_NALM-master 1\Figure8_NALM-master\Utility\._.DS_Store, 120 , 2019-03-06
Figure8_NALM-master 1\filter, 0 , 2016-06-08
Figure8_NALM-master 1\filter\filter_gauss.m, 785 , 2016-06-08
Figure8_NALM-master 1\GNLSE, 0 , 2019-03-05
Figure8_NALM-master 1\GNLSE\.DS_Store, 6148 , 2019-03-05
__MACOSX\Figure8_NALM-master 1\GNLSE, 0 , 2019-03-08
__MACOSX\Figure8_NALM-master 1\GNLSE\._.DS_Store, 120 , 2019-03-05
Figure8_NALM-master 1\GNLSE\Solvers, 0 , 2016-06-08
Figure8_NALM-master 1\GNLSE\Solvers\IP_CQEM_FD.m, 4823 , 2016-06-08
Figure8_NALM-master 1\GNLSE\Solvers\IP_CQEM_TD.m, 4260 , 2016-06-08
Figure8_NALM-master 1\GNLSE\Solvers\Linearoperator_w.m, 409 , 2016-06-08
Figure8_NALM-master 1\GNLSE\Solvers\NonLinearoperator_w.m, 952 , 2016-06-08
Figure8_NALM-master 1\GNLSE\Solvers\Raman_response_w.m, 793 , 2016-06-08
Figure8_NALM-master 1\GNLSE\Solvers\SSFM_with_Raman.m, 3797 , 2016-06-08
Figure8_NALM-master 1\GNLSE\Solvers\UPM_SSFM.m, 3127 , 2016-06-08
Figure8_NALM-master 1\GNLSE\Solvers\UPM_SSFM_with_Raman.m, 3842 , 2016-06-08
Figure8_NALM-master 1\main.m, 4622 , 2016-06-08
Figure8_NALM-master 1\main2.m, 6407 , 2016-06-08
Figure8_NALM-master 1\main3.m, 7562 , 2016-06-08
Figure8_NALM-master 1\NonlinearEffects, 0 , 2016-06-08
Figure8_NALM-master 1\NonlinearEffects\main_PCF_DW.m, 3798 , 2016-06-08
Figure8_NALM-master 1\NonlinearEffects\main_SMF_N_order_Soliton.m, 4168 , 2016-06-08
Figure8_NALM-master 1\NonlinearEffects\main_SMF_RIFS.m, 3212 , 2016-06-08

下载说明：请别用迅雷下载，失败请重下，重下不扣分！

发表评论

0 个回复

  • MZDDE
    MZDDE是用Matlab脚本编写的利用DDE技术与ZEMAX光学设计软件进行数据交互的工具集，可实现ZEMAX扩展功能，提高光学设计效率(MZDDE is a tool set written by Matlab script that uses DDE technology to interact with ZEMAX optical design software. It can realize ZEMAX extended function and improve optical design efficiency.)
    2018-12-15 17:48:45下载
    积分：1
  • 3
    说明：  涡旋光束的相息图。。。。。。。。。。。。(Simulated Chart of Vortex Beam)
    2021-04-25 13:08:46下载
    积分：1
  • 连续投影算法
    说明：  连 续 投 影 算 法(SPA)是 一 种 使 矢 量 空 间 共 线 性最小化的前向变量选择算法， 它的优势在于提取全波段的几个特征波长， 能够消除原始光谱矩阵中冗余的信息，可用于光谱特征波长的筛选。(One of the advantages of spa is that it can be used to eliminate the redundancy of the original spectral features.)
    2020-08-11 14:48:50下载
    积分：1
  • 1
    说明：  仿真了单模光纤载沿轴向传输时电场模的分布情况，其中参数可调(The distribution of electric field modes in single-mode optical fibers is simulated, in which the parameters are adjustable.)
    2019-07-07 11:55:38下载
    积分：1
  • reflect
    光学领域的菲涅耳反射及透射，发射率，透射率等详细程序(Fresnel reflection and transmission in the field of optical, emissivity, transmittance and detailed procedure)
    2020-11-04 15:29:57下载
    积分：1
  • matlab
    说明：  利用LP01模式来对单模光纤模场直径与归一化频率的关系进行简单计算(Calculating the relationship between mode field diameter and normalized frequency of single mode fiber)
    2020-12-12 14:29:17下载
    积分：1
  • 源程序
    说明：  光纤参量放大器增益特性的仿真研究 包括增益带宽 峰值增益饱和增益等(FOPA The simulation study of gain characteristics of optical fiber parametric amplifier includes peak gain saturation gain of gain bandwidth, etc.)
    2019-05-04 15:42:31下载
    积分：1
  • PhaseNoise
    用速率方程，数值计算SG-DBR半导体激光器和Y-Branch激光器的相位噪声，并将结果与理论公式对比，结果符合良好。(By using the rate equation, the relative intensity noise and phase noise of the ordinary single mode semiconductor laser are calculated, and the results are compared with the theoretical formulas, and the results are in good agreement.)
    2018-04-24 16:14:35下载
    积分：1
  • 锁模激光器仿真 Figure8 NALM master
    说明：  NALM锁模激光器仿真，非线性环路反射镜锁模获得飞秒激光脉冲。(The simulation of NALM mode-locked laser shows that the femtosecond laser pulse can be obtained by mode-locked non-linear loop mirror.)
    2021-02-20 20:39:42下载
    积分：1
  • SIFT+RANSAC
    说明：  基于sift与ransac法的MATLAB程序，有需要的请下载(Based on sift and ransac method MATLAB procedures, there is a need to download)
    2021-04-20 16:58:50下载
    积分：1
  • 696518资源总数
  • 105877会员总数
  • 14今日下载

热门标签

Visual C++ matlab C/C++ Java Others Unix_Linux EasyLanguage易语言 Visual Basic C# PDF C++ Delphi VHDL ASP WINDOWS
热门下载

Copyright© 2019-2025 | Powered by Imdn | 浙ICP备16007336号 | IMDN交流 | 联系客服（QQ：3324461878）

本网站资源收集自网络及网站用户上传，若有侵权请邮件至（3324461878@qq.com），核实后我们会在24小时内删除，谢谢！