受主杂质的英文

英文翻译手机版

"受主"英文翻译 acceptor
"杂质"英文翻译 impurity; foreign substance; ...
"受主杂质能级" 英文翻译 : acceptor impurity level
"半导体受主杂质" 英文翻译 : semiconductor acceptor impurity
"施主杂质" 英文翻译 : donor centre; donor impurity
"施主杂质硅" 英文翻译 : donor doped silicon
"施主杂质能级" 英文翻译 : donor impurity level
"半导体施主杂质" 英文翻译 : cemiconductor donor impurity
"受主" 英文翻译 : acceptor
"杂质" 英文翻译 : [固体物理] impurity; foreign substance; impurity substance; inclusion; foreign matter
"浅受主" 英文翻译 : shallow acceptor
"热受主" 英文翻译 : thermal acceptor
"深受主" 英文翻译 : deeacceptor; deep acceptor
"受主密" 英文翻译 : acceptor density
"农场主杂志" 英文翻译 : farmers gaztte
"电子受主" 英文翻译 : electron acceptor
"接收器受主" 英文翻译 : acceptor
"离子化受主" 英文翻译 : ionized acceptor
"离子受主" 英文翻译 : ionized acceptor
"深受主能级" 英文翻译 : deeacceptor level; deep acceptor level
"施主受主对" 英文翻译 : donoracceptor pair
"受主掺杂" 英文翻译 : acceptor doping
"受主掺质" 英文翻译 : acceptor dopant
"受主分布" 英文翻译 : acceptor distribution
"受主分子" 英文翻译 : acceptor molecule

The results show that v5 + whose valence changes is an acceptor impurity and after heat treatment especially at 655 . the phenomenon is consistent with the result of the dta ( differential thermal analysis ) . the result of dta indicates that v2o5 has a phase transformation absorption peak at 655 while the signal of esr of low valence of v ion is the strongest
结果表明v离子是一种受主杂质,热处理后,其价态产生了变化,尤其是在655热处理时价态变化程度最明显,与v2o5的差热分析( dta )结果相吻合,差热分析也显示, v2o5在655存在一相变吸热峰,此时样品的低价态v离子的esr信号最强。
We have investigated the influence on the character of cdte thin films with different conditions and parameters . secondly , in normal temperature , cdte thin films are high resistance semiconductor , for improving its electricity capability , we commonly inject benefactor or acceptor impurities into the pure cdte thin films , the ion influx technique is a good method among many adulteration means . at present , the literatures on the doped cdte thin films by the ion influx technique have a fat lot reports
本论文首先采用近距离升华法在不同基片上制备cdte薄膜,研究了不同工艺条件和参数对cdte薄膜性质的影响。其次,在常温下,本征cdte薄膜均为高阻半导体。为了改善其导电性能,通常向cdte薄膜中掺入施主或受主杂质,其中离子注入技术是掺杂方法之一。