石家庄学院学报
石傢莊學院學報
석가장학원학보
JOURNAL OF SHIJIAZHUANG COLLEGE
2012年
6期
15-17
,共3页
屈双惠%侯维娜%杨志宏%马志春
屈雙惠%侯維娜%楊誌宏%馬誌春
굴쌍혜%후유나%양지굉%마지춘
导体球壳%接地%电场
導體毬殼%接地%電場
도체구각%접지%전장
conducting global shell%ground connection%electric field
对封闭导体壳内外电场的分布特点进行了研究,得出导体壳接地与不接地时空间各处电场的分布:不接地的导体壳,壳内的带电体对壳外的电场有影响,但壳外的电场对壳内无影响;接地的导体壳,内、外电场均无影响.并由此分布规律出发对2种典型的封闭导体球壳内外电场的分布情况进行到了详尽的分析.
對封閉導體殼內外電場的分佈特點進行瞭研究,得齣導體殼接地與不接地時空間各處電場的分佈:不接地的導體殼,殼內的帶電體對殼外的電場有影響,但殼外的電場對殼內無影響;接地的導體殼,內、外電場均無影響.併由此分佈規律齣髮對2種典型的封閉導體毬殼內外電場的分佈情況進行到瞭詳儘的分析.
대봉폐도체각내외전장적분포특점진행료연구,득출도체각접지여불접지시공간각처전장적분포:불접지적도체각,각내적대전체대각외적전장유영향,단각외적전장대각내무영향;접지적도체각,내、외전장균무영향.병유차분포규률출발대2충전형적봉폐도체구각내외전장적분포정황진행도료상진적분석.
Electric field distribution inside and outside the closed conductor global shell is studied in the paper. The conclusion is that for the ungrounded conductor shell and electric appliance in the shell have influence on the external electric field,but the electric field outside the shell has no effect on the shell;for the grounded conductor shell,the electric appliance in the shell and the electric field outside the shell have no effect on each other. And the electric field distribution inside and outside two typical closed conducting global shell is analyzed.