雷電流參數(shù)測量

全文25頁 約6000字 設(shè)計新穎 論述翔實

摘 要
雷電流參數(shù)的測量是進行雷電研究的基礎(chǔ)工作，對于研究雷電特性、分析雷害事故、鑒定雷擊跳閘事故責任、探討防雷對策及為絕緣配合設(shè)計提供精確的大氣過電壓原始數(shù)據(jù)均具有十分重要的意義。相對于現(xiàn)有的測量方法而言用電子電路測量雷電流參數(shù)具有材料便宜、測試精度高、測量信息豐富，適于大范圍雷電普查使用的特點。本論文對雷電參數(shù)測量的機理進行了較為深入的探討，著重于開拓電子電路測量雷電參數(shù)應用領(lǐng)域方面的研究，使電子電路既能測量雷電流峰值，又能測量雷電流波頭時間，波尾時間等數(shù)據(jù)。
論文主要分為三個部分。第一部分論述雷電流的產(chǎn)生，參數(shù)，特征及一些測量方面的知識。第二部分簡要介紹高壓實驗，第三部分利用Electronics Workbench作為仿真工具進行設(shè)計的電路的模擬。根據(jù)Electronics Workbench得出的數(shù)據(jù)分析用電子電路測量雷電流參數(shù)的可行性。本文研究預示電子電路在經(jīng)濟性、實用性、精確性上遠遠優(yōu)于現(xiàn)有的其它雷電測量方法。

Abstract
Measuring of lightning parameters is the base work of lightning research. It is very important for researching the lightning characteristics, analyzing the accident of lightning, identifying the responsibility of lightning strike outage accident and discussing of lightning protection .It also can provide precise original data of atmosphere over –voltage for designing insulation co-ordination. Compared with the traditional methods, the proposed ideal has the following advantages such as material cheapness, highly precise and it can support the lighting census in large regions. This paper deeply discussed the mechanism of electronic circuit, mainly focused on the electronic circuit appliance in measuring lighting current parameters, making it not only measure the peak of the lightning current but also its front, trail et al.
My paper is mainly made up of the following parts. The first part introduces the lightning current about its generation, parameters, character and some measuring methods. The second part mainly describes high voltage experiment. And the end part explain applying simulating the lighting current use the soft of Electronic Workbench, and analyze the conclusion to judge the feasibility of this measuring method.
This study in this paper show that the propose method is superior to the present method for the lightning current measuring in the economical, practicability and precision of measurement.

目 錄
第一章緒論
1.1雷電流概述
1.1.1雷電的放電過程
1.1.2雷電流的參數(shù)
1.2研究課題的意義
1.3國內(nèi)外研究發(fā)展狀況
1.4課題的理論依據(jù)
第二章高電壓試驗
2.1試驗概述
2.2沖擊電流發(fā)生器參數(shù)的確定
2.3沖擊電流發(fā)生器的組成部件
2.3.1沖擊電流發(fā)生器三大組成部分充電回路、放電回路、測量回路
第三章用Electronic Workbench 對設(shè)計的電路仿真
3.1
3.2
峰值檢測電路
第五章試驗數(shù)據(jù)比較
5.6誤差分析
結(jié)論
參考文獻
致謝

部分參考文獻

[12]. 周啟龍、劉恒赤主編。高電壓試術(shù)。中國水利水電出版社 2004
[13]. 林福昌主編，高電壓工程，中國電力出版社， 2006
[14]. 關(guān)根志主編，高電壓工程基礎(chǔ)，中國電力出版社，2003. P32～P34
[15]. 張仁豫、陳昌漁，王昌長編著，高電壓試驗技術(shù)，清華大學出版社 2003
[16]. 梁羲東、陳昌漁，周運翔編著，高電壓工程，清華大學出版社 2003