登录
首页 » matlab » Turbine

Turbine

于 2021-03-26 发布
0 232
下载积分: 1 下载次数: 6
我要下载

代码说明：

说明：  热力学元件，实现了膨胀机（turbine）的仿真。使用matlab-simulink中的s-function模块编辑。可改为动态仿真(Thermodynamic elements are used to realize the simulation of turbine. Edit with S-function module in matlab-simulink. Can be changed to dynamic simulation)

文件列表：

touping\REFPROP\fluids\1BUTENE.FLD, 9386 , 2013-04-06
touping\REFPROP\fluids\ACETONE.FLD, 12038 , 2013-04-06
touping\REFPROP\fluids\AIR.PPF, 22629 , 2013-04-06
touping\REFPROP\fluids\AMMONIA.FLD, 25555 , 2013-04-06
touping\REFPROP\fluids\ARGON.FLD, 45120 , 2013-04-06
touping\REFPROP\fluids\BENZENE.FLD, 20781 , 2013-04-06
touping\REFPROP\fluids\BUTANE.FLD, 43982 , 2013-04-06
touping\REFPROP\fluids\C11.FLD, 9399 , 2013-04-06
touping\REFPROP\fluids\C12.FLD, 21573 , 2013-04-06
touping\REFPROP\fluids\C1CC6.FLD, 14301 , 2013-04-06
touping\REFPROP\fluids\C2BUTENE.FLD, 7905 , 2013-04-06
touping\REFPROP\fluids\C3CC6.FLD, 12478 , 2013-04-06
touping\REFPROP\fluids\C4F10.FLD, 9786 , 2013-04-06
touping\REFPROP\fluids\C5F12.FLD, 9911 , 2013-04-06
touping\REFPROP\fluids\CF3I.FLD, 11454 , 2013-04-06
touping\REFPROP\fluids\CO.FLD, 20485 , 2013-04-06
touping\REFPROP\fluids\CO2.FLD, 36492 , 2013-04-06
touping\REFPROP\fluids\COS.FLD, 7427 , 2013-04-06
touping\REFPROP\fluids\CYCLOHEX.FLD, 18348 , 2013-04-06
touping\REFPROP\fluids\CYCLOPEN.FLD, 13164 , 2013-04-06
touping\REFPROP\fluids\CYCLOPRO.FLD, 9779 , 2013-04-06
touping\REFPROP\fluids\D2.FLD, 16514 , 2013-04-06
touping\REFPROP\fluids\D2O.FLD, 15699 , 2013-04-06
touping\REFPROP\fluids\D4.FLD, 12133 , 2013-04-06
touping\REFPROP\fluids\D5.FLD, 9680 , 2013-04-06
touping\REFPROP\fluids\D6.FLD, 9469 , 2013-04-06
touping\REFPROP\fluids\DECANE.FLD, 22052 , 2013-04-06
touping\REFPROP\fluids\DEE.FLD, 5340 , 2013-04-06
touping\REFPROP\fluids\DMC.FLD, 12037 , 2013-04-06
touping\REFPROP\fluids\DME.FLD, 16805 , 2013-04-06
touping\REFPROP\fluids\EBENZENE.FLD, 6647 , 2013-04-06
touping\REFPROP\fluids\ETHANE.FLD, 37180 , 2013-04-06
touping\REFPROP\fluids\ETHANOL.FLD, 29259 , 2013-04-06
touping\REFPROP\fluids\ETHYLENE.FLD, 28985 , 2013-04-06
touping\REFPROP\fluids\FLUORINE.FLD, 15665 , 2013-04-06
touping\REFPROP\fluids\H2S.FLD, 27220 , 2013-04-06
touping\REFPROP\fluids\HCL.FLD, 5459 , 2013-04-06
touping\REFPROP\fluids\HELIUM.FLD, 26273 , 2013-04-06
touping\REFPROP\fluids\HEPTANE.FLD, 26328 , 2013-04-06
touping\REFPROP\fluids\HEXANE.FLD, 27842 , 2013-04-06
touping\REFPROP\fluids\HMX.BNC, 291272 , 2013-04-06
touping\REFPROP\fluids\HYDROGEN.FLD, 34321 , 2013-04-06
touping\REFPROP\fluids\IBUTENE.FLD, 8831 , 2013-04-06
touping\REFPROP\fluids\IHEXANE.FLD, 14001 , 2013-04-06
touping\REFPROP\fluids\IOCTANE.FLD, 13556 , 2013-04-06
touping\REFPROP\fluids\IPENTANE.FLD, 26009 , 2013-04-06
touping\REFPROP\fluids\ISOBUTAN.FLD, 39841 , 2013-04-06
touping\REFPROP\fluids\KRYPTON.FLD, 15802 , 2013-04-06
touping\REFPROP\fluids\MD2M.FLD, 9352 , 2013-04-06
touping\REFPROP\fluids\MD3M.FLD, 9296 , 2013-04-06
touping\REFPROP\fluids\MD4M.FLD, 9184 , 2013-04-06
touping\REFPROP\fluids\MDM.FLD, 11978 , 2013-04-06
touping\REFPROP\fluids\METHANE.FLD, 40954 , 2013-04-06
touping\REFPROP\fluids\METHANOL.FLD, 22435 , 2013-04-06
touping\REFPROP\fluids\MLINOLEA.FLD, 12119 , 2013-04-06
touping\REFPROP\fluids\MLINOLEN.FLD, 11233 , 2013-04-06
touping\REFPROP\fluids\MM.FLD, 9438 , 2013-04-06
touping\REFPROP\fluids\MOLEATE.FLD, 12084 , 2013-04-06
touping\REFPROP\fluids\MPALMITA.FLD, 11179 , 2013-04-06
touping\REFPROP\fluids\MSTEARAT.FLD, 11179 , 2013-04-06
touping\REFPROP\fluids\MXYLENE.FLD, 10002 , 2013-04-06
touping\REFPROP\fluids\N2O.FLD, 10081 , 2013-04-06
touping\REFPROP\fluids\NEON.FLD, 13111 , 2013-04-06
touping\REFPROP\fluids\NEOPENTN.FLD, 12305 , 2013-04-06
touping\REFPROP\fluids\NF3.FLD, 7260 , 2013-04-06
touping\REFPROP\fluids\NITROGEN.FLD, 44625 , 2013-04-06
touping\REFPROP\fluids\NONANE.FLD, 21319 , 2013-04-06
touping\REFPROP\fluids\NOVEC649.FLD, 9058 , 2013-04-06
touping\REFPROP\fluids\OCTANE.FLD, 29234 , 2013-04-06
touping\REFPROP\fluids\ORTHOHYD.FLD, 7167 , 2013-04-06
touping\REFPROP\fluids\OXYGEN.FLD, 40805 , 2013-04-06
touping\REFPROP\fluids\OXYLENE.FLD, 6993 , 2013-04-06
touping\REFPROP\fluids\PARAHYD.FLD, 26364 , 2013-04-06
touping\REFPROP\fluids\PENTANE.FLD, 27065 , 2013-04-06
touping\REFPROP\fluids\PROPANE.FLD, 45482 , 2013-04-06
touping\REFPROP\fluids\PROPYLEN.FLD, 23904 , 2013-04-06
touping\REFPROP\fluids\PROPYNE.FLD, 10887 , 2013-04-06
touping\REFPROP\fluids\PXYLENE.FLD, 6719 , 2013-04-06
touping\REFPROP\fluids\R11.FLD, 17613 , 2013-04-06
touping\REFPROP\fluids\R113.FLD, 20217 , 2013-04-06
touping\REFPROP\fluids\R114.FLD, 10257 , 2013-04-06
touping\REFPROP\fluids\R115.FLD, 19371 , 2013-04-06
touping\REFPROP\fluids\R116.FLD, 23271 , 2013-04-06
touping\REFPROP\fluids\R12.FLD, 15519 , 2013-04-06
touping\REFPROP\fluids\R1216.FLD, 8912 , 2013-04-06
touping\REFPROP\fluids\R123.FLD, 22103 , 2013-04-06
touping\REFPROP\fluids\R1233ZD.FLD, 11219 , 2013-04-06
touping\REFPROP\fluids\R1234YF.FLD, 18724 , 2013-04-06
touping\REFPROP\fluids\R1234ZE.FLD, 22227 , 2013-04-06
touping\REFPROP\fluids\R124.FLD, 17494 , 2013-04-06
touping\REFPROP\fluids\R125.FLD, 43579 , 2013-04-06
touping\REFPROP\fluids\R13.FLD, 19998 , 2013-04-06
touping\REFPROP\fluids\R134A.FLD, 37426 , 2013-04-06
touping\REFPROP\fluids\R14.FLD, 16173 , 2013-04-06
touping\REFPROP\fluids\R141B.FLD, 14799 , 2013-04-06
touping\REFPROP\fluids\R142B.FLD, 13710 , 2013-04-06
touping\REFPROP\fluids\R143A.FLD, 21340 , 2013-04-06
touping\REFPROP\fluids\R152A.FLD, 29431 , 2013-04-06
touping\REFPROP\fluids\R161.FLD, 15675 , 2013-04-06
touping\REFPROP\fluids\R21.FLD, 11307 , 2013-04-06

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

  • SSA-ICA-algorithm-master
    说明：  这是一个单通道的盲源分离算法，是SSA-ICA(This is a single - channel blind source separation algorithm called SSA-ICA)
    2020-09-23 20:30:12下载
    积分：1
  • SourceInsight2_Softii
    用作查看windows变成源码的工具，比起vc界面更易于读代码，请大家共享之(a tool for viewing codes, which was superior than vc )
    2009-09-15 13:12:08下载
    积分：1
  • PCA_SVM
    说明：  此方法采用经典的PCA对人脸图像进行特征提取，用libsvm库函数的SVM分类器对图像分类。(This method uses the classical PCA on the face image feature extraction, with the libsvm library function of SVM classifier for image classification.)
    2010-04-06 15:10:13下载
    积分：1
  • Huazhong University of Science and Technology room common source VC evasion proc...
    华中科技大学普通房源VC规避程序，可以有完善的地方，修改findCfg也可以添加其他房源。都两年多了，改了机舱系统改了，但核心没变。可以编译VS2003或更高版本。
    2022-07-20 01:45:35下载
    积分：1
  • 推箱子源码 delphi
    推箱子源码 delphi-viewing source
    2022-05-08 17:03:56下载
    积分：1
  • model-of-pm
    important for PM control in syncronouse motors
    2011-10-29 05:37:03下载
    积分：1
  • Criando testador de CC em VB.NET
    source for checker asa
    2019-05-20 16:55:10下载
    积分：1
  • 定义类IntChar Exercise-1-IntChar
    定义类IntChar，实现用一个整数保存一个长度不超过4的字符串。假设一个字符长度是1个字节。 * 例如："ABCD"，用一个整数保存，其二进制形式为：0100 0001 0100 0010 0100 0011 0100 0100 * 长度不足四个字符的串，剩下部分用0补足。 * * * 自己根据需要类IntChar的属性和方法，但需满足以下要求： * 1. 在类IntChar中，不能用C++语言中的string类型来定义任何属性（变量）。 * 2. 对于定义的类IntChar，在main函数中，能用以下方式使用类IntChar： * * void main() * { * IntChar IC("Love") * IC.ASC_Print() // 以字符串形式显示对象IC中保存的内容 * IC.Binary_Print() // 以二进制形式显示对象IC中保存的内容 * IC.Int_Print() // 以整数形式显示对象IC中保存的内容 * }(Custom class IntChar, save a length not exceeding 4 string with an integer. Suppose a character length is 1 byte.* For example: " ABCD" , kept by an integer, binary form: 0,100,000,101,000,010 0100 0011 0100 0100* length of less than four characters of the string, the rest of complement with 0. The*** the need class IntChar of the properties and methods, but must meet the following requirements:* 1. In class IntChar, can not use the string type the C++ language to define any attributes (variables).* 2. Defined class IntChar, the main function can be used following ways IntChar:** void main () {IntChar IC (" Love" ) * IC.ASC_Print () // in characters string displayed in the form saved in the object IC* IC.Binary_Print () // save the contents of the object IC* IC.Int_Print () in binary form // integer saved in the object IC*})
    2013-05-11 22:10:57下载
    积分：1
  • word文档对球形译码的理论原理和仿真code
    word文档对球形译码的理论原理和仿真结果进行了分析 1.sphereandML是主程序，性能接近最大似然ML检测，调用了spheredecode和spheredecodeinf两个子程序； 2.main_spheretoML是主程序，性能达到最大似然NL检测，调用了spheredecodetoML和spheredecodeinftoML两个子程序。(word document on the theory of spherical decoding theory and simulation results are analyzed 1.sphereandML are the main program, performance close to the maximum likelihood ML detection, call the spheredecode and two spheredecodeinf subprogram 2.main_spheretoML are the main program, to achieve maximum performance Ran Detect NL, call a subroutine spheredecodetoML and two spheredecodeinftoML.)
    2021-03-31 17:59:08下载
    积分：1
  • 3_1_1
    Genetic Algorithms for Optimal Reactive Power Compensation of a Power System with Wind Generators based on Artificial Neural Networks
    2013-05-10 19:54:00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！