English is very important!

本文强调了英语对于程序员的重要性,特别是对于获取一手计算机技术资料及访问国外网站方面的作用。作者分享了自己通过阅读英文技术书籍、浏览外国网站来学习最新技术的经历,并鼓励同行坚持日常英语学习。

    Well, as a college student,I haven't realized how important the English is .

    But as a web programmer,I do realize the importance of learning English.

    I am not writing an English composition.I just want to emphasize the importance for

us programmers to grasp this ability of learning English.

Yes ,I am trying to read a lot of  technique books in English about web design ,

html5 , Nodejs , javascript and so on.
Why do I persist in learning programming this way?

I think I can get the first-hand computer techniques by  reading English books,visiting

foreign websites.

 As a web programmer , I usually have to find some expert documents about

 HTML5 , javascript and any other information related .

 What should I do ? Just put some keywords in "Baidu searching bar".

No , that is not what I expected.

 I usually search  documents which is important for me by searching things in the

"google" or "bing".

It is not that "Baidu" is not strong enough ,acutally it usually can handle

our daily programming problems.

But what  if you are desiring to get a expert manual or document that can't be searched

in national resources ? well foreign website is a good choice.

For example ,when you want to learn a new technique that not a bunch of people

are researching in it in China,in that case , there is no way for us to grasp the

technology.Then ,maybe you have to visit the foreign website to get much information.

In another way, we are using English programming every day.

Don't you think it is time for us to learn English better?

Maybe someone would say that his or her English is terrible.

What I want to say is that just persist learning English daily ,you will find

another window to grasp technologies and a way to handle your problems .

If there is any grammar or spelling errors ,welcome to point them out.

thanks .

【博士论文复现】【阻抗建模、验证扫频法】光伏并网逆变器扫频与稳定性分析(包含锁相环电流环)(Simulink仿真实现)内容概要:本文档是一份关于“光伏并网逆变器扫频与稳定性分析”的Simulink仿真实现资源,重点复现博士论文中的阻抗建模与扫频法验证过程,涵盖锁相环和电流环等关键控制环节。通过构建详细的逆变器模型,采用小信号扰动方法进行频域扫描,获取系统输出阻抗特性,并结合奈奎斯特稳定判据分析并网系统的稳定性,帮助深入理解光伏发电系统在弱电网条件下的动态行为与失稳机理。; 适合人群:具备电力电子、自动控制理论基础,熟悉Simulink仿真环境,从事新能源发电、微电网或电力系统稳定性研究的研究生、科研人员及工程技术人员。; 使用场景及目标:①掌握光伏并网逆变器的阻抗建模方法;②学习基于扫频法的系统稳定性分析流程;③复现高水平学术论文中的关键技术环节,支撑科研项目或学位论文工作;④为实际工程中并网逆变器的稳定性问题提供仿真分析手段。; 阅读建议:建议读者结合相关理论教材与原始论文,逐步运行并调试提供的Simulink模型,重点关注锁相环与电流控制器参数对系统阻抗特性的影响,通过改变电网强度等条件观察系统稳定性变化,深化对阻抗分析法的理解与应用能力。
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