登录
首页 » matlab » Microlithography

Microlithography

于 2020-12-01 发布 文件大小:272KB
0 243
下载积分: 1 下载次数: 4
我要下载

代码说明：

  用于duv光刻掩膜优化算法的模型，包含部分相干光照明，光刻胶分层模型，具体考虑了瞳孔放大系数，以及电磁波的畸变等因素。(The model for DUV photolithography optimization algorithm, including partially coherent light illumination and photoresist stratification model, takes into account the factor of pupil magnification and electromagnetic wave distortion.)

文件列表：

Microlithography\@Litho\computeImage.m, 7246 , 2015-01-19
Microlithography\@Litho\computePixelMaskSpectrum.m, 183 , 2017-09-07
Microlithography\@Litho\computeSource.m, 1749 , 2017-09-14
Microlithography\@Litho\computeSystem.m, 1000 , 2017-10-27
Microlithography\@Litho\Litho.m, 3174 , 2017-10-27
Microlithography\addPathToKernel.m, 84 , 2016-10-13
Microlithography\ComputeEPE.m, 656 , 2017-05-25
Microlithography\computeHp.m, 1938 , 2017-01-04
Microlithography\computeHpSD.m, 1690 , 2017-08-27
Microlithography\computeHpSD_1.m, 1768 , 2017-06-15
Microlithography\computeJCC.m, 2420 , 2017-06-26
Microlithography\computeVectorM.m, 1598 , 2017-06-15
Microlithography\computeVectorM_1.m, 1663 , 2017-06-15
Microlithography\computeVectorT.m, 681 , 2017-06-15
Microlithography\computeVectorT_1.m, 744 , 2017-09-13
Microlithography\conv2mtx_same.m, 1534 , 2013-08-20
Microlithography\ConvInFreq.m, 474 , 2017-03-31
Microlithography\CSTIC2017PrepImage.m, 460 , 2016-12-14
Microlithography\evolve_normal_ENO2_modified.m, 1582 , 2017-06-14
Microlithography\FindSmallestTwoExpo.m, 103 , 2016-10-21
Microlithography\GetZernikeXYPoly.m, 3260 , 2017-10-27
Microlithography\gssLitho.m, 1675 , 2017-05-19
Microlithography\gssMO.m, 2008 , 2017-06-13
Microlithography\imageEPS.m, 493 , 2017-08-24
Microlithography\images\img11.bmp, 5690 , 2017-11-04
Microlithography\images\img12.bmp, 5690 , 2017-11-04
Microlithography\images\img13.bmp, 5690 , 2017-11-04
Microlithography\images\img14.bmp, 5690 , 2017-11-04
Microlithography\images\img15.bmp, 5690 , 2017-11-04
Microlithography\images\img9.bmp, 5690 , 2017-09-08
Microlithography\images\img9c.bmp, 1678 , 2017-09-08
Microlithography\images\resm11.bmp, 67898 , 2017-11-08
Microlithography\images\resm12.bmp, 67898 , 2017-11-08
Microlithography\images\resm13.bmp, 67898 , 2017-11-08
Microlithography\images\resm14.bmp, 67898 , 2017-11-08
Microlithography\images\resm15.bmp, 67898 , 2017-11-08
Microlithography\images\ress11.bmp, 2006 , 2017-11-08
Microlithography\images\ress12.bmp, 2006 , 2017-11-08
Microlithography\images\ress13.bmp, 2006 , 2017-11-08
Microlithography\images\ress14.bmp, 2006 , 2017-11-08
Microlithography\images\ress15.bmp, 2006 , 2017-11-08
Microlithography\images\resultphoto.m, 1393 , 2017-11-08
Microlithography\ImageVelocity.m, 4468 , 2017-06-02
Microlithography\LithoFconju.m, 4514 , 2017-06-18
Microlithography\main_CalcVectorAerial.m, 2919 , 2016-10-15
Microlithography\maskContour.m, 282 , 2017-05-25
Microlithography\Partially\ImageVelocity.m, 1858 , 2017-09-14
Microlithography\Partially\LithoMOconjuP.m, 4025 , 2017-09-08
Microlithography\Partially\main_Litho.m, 1559 , 2017-09-08
Microlithography\PPPPPpengfei_test1.m, 71 , 2017-09-08
Microlithography\PrepSystem.m, 1808 , 2017-06-24
Microlithography\PrepSystemMO.m, 1615 , 2017-08-27
Microlithography\PrepSystemMOconju.m, 1632 , 2017-06-15
Microlithography\rotate90Hp.m, 788 , 2016-10-23
Microlithography\sigmoid_syj.m, 622 , 2009-03-11
Microlithography\SOcomputeT.m, 918 , 2017-06-26
Microlithography\SOconju.m, 4712 , 2017-06-26
Microlithography\source_ADDA.m, 3236 , 2017-09-15
Microlithography\source_ADG.m, 3625 , 2017-09-17
Microlithography\source_RMS.m, 3061 , 2017-09-14
Microlithography\SOVelocity.m, 662 , 2017-05-18
Microlithography\SOVelocityNW.m, 954 , 2017-05-21
Microlithography\Stratifeid\@Layer\computeM.m, 361 , 2017-09-06
Microlithography\Stratifeid\@Layer\Layer.m, 776 , 2017-09-12
Microlithography\Stratifeid\@stack\computemsp.m, 603 , 2017-09-06
Microlithography\Stratifeid\@stack\computeRT.m, 815 , 2017-09-06
Microlithography\Stratifeid\@stack\multiple.asv, 503 , 2017-09-06
Microlithography\Stratifeid\@stack\stack.m, 684 , 2017-09-06
Microlithography\Stratifeid\computeHp.m, 8470 , 2017-09-14
Microlithography\Stratifeid\ED.asv, 1597 , 2017-10-27
Microlithography\Stratifeid\ED.m, 1613 , 2018-02-14
Microlithography\Stratifeid\ImageVelocity.m, 5055 , 2017-09-14
Microlithography\Stratifeid\iteration_get.m, 1989 , 2017-09-19
Microlithography\Stratifeid\Mask_inverse.m, 4141 , 2017-09-19
Microlithography\Stratifeid\multiple.m, 440 , 2017-09-06
Microlithography\Stratifeid\PrepSystem.m, 1993 , 2018-01-05
Microlithography\test.m, 3429 , 2016-10-17
Microlithography\testConv.m, 463 , 2017-04-25
Microlithography\testLitho.m, 3473 , 2017-08-26
Microlithography\testLithoF.m, 3919 , 2017-08-21
Microlithography\testLithoFconju.m, 3847 , 2017-05-31
Microlithography\testSO.m, 3197 , 2017-05-25
Microlithography\testSOconju.m, 3263 , 2017-06-19
Microlithography\testSOnarrow.m, 3180 , 2017-05-19
Microlithography\testSOnarrowConju.m, 3299 , 2017-06-19
Microlithography\test_ILT.m, 3255 , 2016-10-20
Microlithography\ttest.m, 654 , 2017-04-01
Microlithography\VectorModelGk.m, 1825 , 2017-05-12
Microlithography\VectorModelImage.m, 2935 , 2017-01-04
Microlithography\VectorModelImageSD.m, 1612 , 2016-10-27
Microlithography\VectorModelImageSO.m, 793 , 2017-06-16
Microlithography\VectorModelImageTest.m, 2265 , 2017-03-31
Microlithography\VectorModelVelocity.m, 3277 , 2017-01-04
Microlithography\VectorModelVelocitySD.m, 1553 , 2017-05-25
Microlithography\VectorModelVelocityTest.m, 3430 , 2017-05-24
Microlithography\VnIntermediate.m, 742 , 2016-10-23
Microlithography\Stratifeid\@Layer, 0 , 2018-04-14
Microlithography\Stratifeid\@stack, 0 , 2018-04-14
Microlithography\Stratifeid\data, 0 , 2018-04-14
Microlithography\@Litho, 0 , 2018-04-14

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

  • 10.1007%2Fs11277-016-3915-3
    Samreen Amir写的Kinect Controlled UGV；Electronic Engineering Department, Dawood University of Engineering and Technology(Samreen Amir write toKinect Controlled UGV Electronic Engineering Department, Dawood University of Engineering and Technology)
    2020-06-22 12:40:01下载
    积分：1
  • cppreference_20140827
    C++ reference C++98, C++03, C++11, C++14
    2018-06-05 10:41:38下载
    积分：1
  • Multilane_0905-Prescan多车道变道超车场景
    说明：  用于Prescan和simulink联合仿真开发多车道变道超车场景(Used for prescan and Simulink joint simulation to develop multi Lane Lane Lane Lane Changing overtaking scene)
    2020-03-20 08:43:53下载
    积分：1
  • Labwindows/CVI方面的例子程序实在太少了，放上一点给大家共享
    Labwindows/CVI方面的例子程序实在太少了，放上一点给大家共享-Labwindows/CVI example of the procedure is too small, place in 1:00 to share! !
    2022-03-24 09:36:44下载
    积分：1
  • github_repo
    说明：  按照通常的应用顺序，处理地震数据包括三个主要步骤-去卷积，叠加和偏移。表示处理坐标（中点，偏移和时间）中的地震数据量。去卷积沿时间轴起作用。它从记录的地震迹线中删除了基本地震子波（通过地球和记录系统的各种作用修改的源时间函数），从而提高了时间分辨率。去卷积通过压缩小波来实现此目标。堆叠也是压缩的过程（速度分析和静校正（）。特别是，首先通过对每个CMP道集的迹线应用常规偏移校正（速度分析和静态校正），将数据量减少到零偏移的中点时间平面（棱镜的正面）。 ，然后沿偏移轴求和。结果是一个堆叠的部分。(Generally, seismic data processing includes three steps: deconvolution and migration. Represents the amount of seismic data in processing coordinates (midpoint, offset, and time). Deconvolution works along the time axis. It removes the basic seismic wavelet (the source time function modified by various actions of the earth and the recording system) from the recorded seismic traces, thus improving the time resolution. Deconvolution achieves this goal by compressing wavelet. Stacking is also a process of compression (velocity analysis and statics). In particular, by applying conventional offset correction (velocity analysis and static correction) to the trace of each CMP gather, the amount of data is reduced to the midpoint time plane of zero offset (the front of the prism). And then sum along the offset axis.)
    2021-04-07 13:41:38下载
    积分：1
  • This is the Chinese character and telegraph code mutual inquiries small tools, f...
    这是汉字与电报码相互查询的小工具,在填写机读卡时非常有用,大家可以看看,因为本人刚学,另外电报码字库不全,可能会影响查询效果,还请各位指导!!有喜欢VFP编程的朋友可以来信相互学习-This is the Chinese character and telegraph code mutual inquiries small tools, filling in Cuba, Denmark, Germany will be very useful, we can see, because I just learning, and telegraph code font incomplete, it may affect the inquiry results, also requested the guidance you! ! VFP programming is like the letter from a friend can learn from each other
    2022-07-01 14:05:21下载
    积分：1
  • buck
    基于buck电路的模型预测控制，通过电流跟踪(Model predictive control based on buck circuit, through current tracking)
    2019-04-17 10:18:35下载
    积分：1
  • 一个java东西，是不错的。 再Jcreator 下编译过，看看就知道了．...
    一个java东西，是不错的。 再Jcreator 下编译过，看看就知道了．-a java things are quite good. Under another Jcreator compiled see will know. Oh
    2022-05-29 19:48:36下载
    积分：1
  • 新建压缩文件
    （1）设计一个“简易计算器”，主要实现判断输入的表达式是否合法将中缀表达式转换成二叉表达式树。后序遍历求出表达式的值。能判断输入的表达式是否合法。 （2）用链式存储存储信息，求值时可以采用递归的思想，对表达式进行后序遍历。 （3）将操作结果保存到外部文件。((1) Design a "simple calculator" to judge whether the input expression is legitimate or not and convert infix expression into binary expression tree. The value of the expression is obtained by post-order traversal. Can judge whether the input expression is legitimate. (2) Store information in chain mode. When evaluating the value, we can use the idea of recursion to carry out post-order traversal of the expression. (3) To save the operation results to external files.)
    2019-06-20 13:12:41下载
    积分：1
  • OpenPC-master
    说明：  广义的多项式混沌展开MATLAB工具箱，用于高维模型拟合(OpenPC is a toolbox for the creation and evaluation of Multi-Element Generalized Polynomial Chaos Expansion)
    2021-04-23 17:18:47下载
    积分：1
  • 696516资源总数
  • 106914会员总数
  • 0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© 2019-2026 | 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！