高等应用数学问题的MATLAB求解(第二版)

计算锥形目标微运动时激光ISAR成像，可以仿真不同微运动状态(Calculating the laser ISAR imaging of a conical target motion)

关于某大型斜拉桥建模命令流，可以作为铁路斜拉桥ansys建模参考(As for the modeling command flow of a large cable-stayed bridge, it can be used as a reference for ANSYS modeling of railway cable-stayed bridges)

说明：  采用激波膨胀波法计算翼形压力分布和气动系数(Calculation of wing pressure distribution and aerodynamic coefficient by shock expansion wave method)

说明：  EDEM默认压力模型，用于学习API编写(Edem default stress model for learning API writing)

Mie散射相函数MATLAB源程序，求mie散射系数an、bn及散射角等(MATLAB Functions for Mie Scattering and Absorptio)

适用于电力系统分析用牛拉法进行潮流计算(Niula method for power flow calculation in power system analysis)

说明：  为了感谢惠俊英老师的谆谆教诲，特为好奇诸君再奉上水声物理--海洋传播声场模拟的一份武林秘籍！ 当好奇诸君阅毕此卷，又轻松跑完9份作业（9路招式），即悟简正波海洋声场传播模型之能耐！ KRAKEN与AcousticsToolbox遵照GNU公共许可证进行分发。感谢Michael B. Porter对KRAKEN的原创。也感谢由Free Software凝聚起来的自由科学家社区。 本秘籍适合大三以上和非水声物理专业同志们的快速参学。 吴开明 2018.12(The KRAKEN model was initially developed as a research code to evaluate new algorithms. As such it required numerous modifications to be usable as a production code. This work was begun at the Naval Ocean Systems Center and continued at the Naval Research Laboratory in support of the research on matched-field processing.)

C#开发的毕业设计在线考试系统源码. 1,本考试系统为某大学毕业生论文 2，测试帐号：学生ID：012003021314，PWD：123（由于只有英语题库有题目，如果已经考试过可以换个ID或者删除成绩） 教师ID：zy PWD:123 管理员ID：admin PWD:51aspx 3,目前题库内只有英语科目有试题。 (C# development of graduate design online examination system source code. 1, the examination system for a university graduate thesis 2, test accounts: Student ID: 012003021314, PWD: 123 (since only English item bank are subject that I can test if you have a change ID, or Remove results) Teacher ID: zy PWD: 123 Administrator ID: admin PWD: 51aspx 3, the current item bank, only the subjects of examination questions in English.)

说明：  生成节点阻抗矩阵的程序，以IEEE33节点系统为例，亲测好用。(The program was developed to generate the node impedance matrix, taking ieee33 node system as an example, which was easy to use.)

极值理论POT模型阈值选取，matlab代码。(POT model; extreme value theory)