XLS《1》

"天津理工大学中环信息学院教学日历",,

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"1.

上课周数:12周",,

"课程:高电压技术与绝缘",,

,"选修",,

,"2.总时数:32学时",,

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"3.时间分配",,

"适用系:自动化工程系专业:电气工程及其自动化11级电气4-6班",,

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"讲课26学时",,

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"课堂练习学时",,

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"实验6学时",,

"2014――2015学年第1学期",,

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"现场教学学时",,

"任课教师:齐贺","齐贺","实验教师:裴胜利、齐贺",,

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"课程设计及作业学时",,

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"4.课程学分:2学分",,

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, "主要教材(讲义)及参考书" "名称",,

,"语种","编著者","出版单位",,

,"版本及出版时间",,

"主要教材","高电压技术",,

"中","沈其工","中国电力出版社",,

,"第四版2012年8月",,

, "参考书","高电压工程",,

"中","林福昌","中国电力出版社",,

,"第二版2011年11月" ,"高电压技术",,

"中","常美生","中国电力出版社",,

,"第三版2012年12月" ,,

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"日期","周次","教学内容(教学大纲分章和题目的名称)","课内时数分配",,

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"课外作业","备注" ,,

,"讲课","习题课及讨论","实验","课程设计及作业",,

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"2014-9-1","1","

第一章电介质的极化、电导和损耗1.1电介质的极化","2",,

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, "2014-9-4","1","1.2电介质的介电常数1.3电介质的电导1.4电介质中的能量损耗","2",,

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"一:

1、2", "2014-9-11","2","

第二章气体放电的物理过程2.1气体中带电质点的产生和消失2.2气体放电机理","2",,

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, "2014-9-15","3","2.3电晕放电2.4不均匀电场气隙的击穿2.5雷电放电2.6气隙的沿面放电","2",,

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"二:2", "2014-9-22","4","

第三章气隙的电气强度3.1气隙的击穿时间3.2气隙的伏秒特性和击穿电压的概率分布3.3大气条件对气隙击穿电压的影响3.4均匀电场和稍不均匀电场气隙的击穿电压3.5极不均匀电场气隙的击穿电压3.6提高气隙击穿电压的方法","2",,

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, "2014-9-27","4","

第四章固体、液体和组合绝缘的电气强度4.1固体电介质的击穿特性4.2液体电介质的击穿特性","2",,

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, "2014-10-6","6","

第五章电气设备绝缘试验

(一)5.1测定绝缘电阻5.2测定泄漏电流5.3测定介质损耗因数5.4局部放电测试","2",,

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, "2014-10-6至10-10","6","实验

一、绝缘电阻、吸收比和极化指数测量",,

,"8",,

,"分四批" ,,

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"日期","周次","教学内容(教学大纲分章和题目的名称)","课内时数分配",,

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"课外作业","备注" ,,

,"讲课","习题课及讨论","实验","课程设计及作业",,

"2014-10-13","7","

第六章电气设备绝缘试验

(二)6.1工频高压试验6.2直流高压试验6.3冲击高压试验6.4联合电压和合成电压试验","2",,

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, "2014-10-13至10-17","7","实验

二、工频试验变压器短路阻抗的测定",,

,"8",,

,"分四批" "2014-10-20","8","

第七章线路和绕组中的波过程7.1均匀无损耗单导线线路中的波过程7.2行波的折射与反射7.3行波通过串联电感和并联电容","2","",,

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"2014-10-20至10-24","8","实验

三、避雷器泄露电流的测量",,