Matlab地质体正反演

说明：  可实现ieee30节点编号的优化，以及利用稀疏技术存储(It can optimize IEEE 30 node number and store it with sparse technology)

基于Glauert设计法进行计算叶片的风轮直径以及弦长，安装角等数据计算(The calculation of blade diameter, chord length and installation angle based on Glauert design method)

说明：  本模型为单项你变模型，将直流电逆变成方波，分别采用四个脉冲发生器控制四个晶闸管，经滤波后得到输出结果。(This model is a single variable model, which transforms the direct current into square wave, uses four pulse generators to control four thyristors, and gets the output result after filtering.)

自己搭建的继电保护中的变压器比率制动保护模型，对研究变压器的保护有一定的参考价值(Build their own protection transformer protection ratio brake model, transformers for protection of some reference value)

说明：  直流电机双闭环控制matlab程序，双闭环能增加系统的动态响应，提升控制性能。(Dc motor double closed loop control matlab program, double closed loop can increase the dynamic response of the system, improve the control performance.)

在这项研究工作中主要集中开发基于混合光伏风电系统的智能控制和电网整合以及电池存储系统。电网整合混合式PV-Wind与基于智能控制器的电池管理系统[BMS]已经在Matlab中开发了一个仿真模型，并分析了正常条件下的系统性能。同样的系统已经用UPFC模拟，并分析了不同故障条件下的系统性能。(In this research work focused on the development of smart grid integration and control, and battery storage system based on photovoltaic hybrid wind systems. Grid integration hybrid PV-Wind-based intelligent controller and a battery management system [BMS] has developed a simulation model in Matlab and analyze system performance under normal conditions. The same system has been used UPFC simulation, and analysis of the performance of the system under various fault conditions.)

优秀论论及对应源码。电力系统配电网的无功优化规划是保证配电网安全、经济运行的一项有效手段，是降低网损、提高电压质量的重要措施。因此，电力系统配电网无功优化规划问题的研究，既具有理论意义，又具有工程实际应用价值。配电系统最优规划问题是一个复杂的非线性组合优化问题，至今未得到很好的解决。Tabu搜索(TS—Tabu search)算法是近年来出现的用于求解组合优化问题的一种高效的启发式搜索技术。本文采用固定并联电容器作为研究对象对系统进行无功补偿，并利用智能优化方法得到使配电网损耗降低最大对应的最优节点解。并在补偿容量的邻域搜索方面做了改进，采用扩大邻域搜索范围以达到全局最优的效果。用IEEE的两个算例得出的计算结果证明了这种方法的可行性。(Excellent deals on the corresponding source code. Power system with reactive power distribution network optimal planning is to ensure the safety, economic operation of an effective means of reducing the net loss, an important measure to improve the voltage quality. Therefore, the power system reactive power optimization of distribution network planning study, not only has theoretical significance, but also has practical engineering value. Optimal distribution system planning is a complicated nonlinear optimization problem, has not been solved. Tabu Search (TS-Tabu search) algorithm is used in recent years for solving combinatorial optimization problems an efficient heuristic search techniques. In this paper, as the research object of fixed shunt capacitors for reactive power compensation system, and using intelligent optimization method to reduce the loss of the largest distribution network node corresponding to the optimal solution. Compensation capacity in the neighborhood search are)

最小平方反褶积的相关程序，可用于相关地震资料的处理和分析(Least squares deconvolution procedures, can be used for correlation of seismic data processing and analysis)

发动机流体计算、燃烧，方便修改，源码开放(Engine Liquid Computing, burning, to facilitate changes to open-source)

光伏并网发电方面很有价值的博士论文，涉及MPPT，并网技术。(Photovoltaic power generation are valuable doctoral dissertation, involving MPPT, and network technology.)