热空穴的英文

发音:

"热空穴"怎么读用"热空穴"造句

英文翻译手机版

hot holes

"空穴"英文翻译 hole; electron hole; cavity; ...
"空穴" 英文翻译 : [电子学] hole; electron hole; cavity; positive hole
"热空气" 英文翻译 : hot-air◇热空气干燥炉 air-oven; 热空气干燥窑 hot air drying kiln; 热空气供暖 hot air heating; 热空气气球 montgolfier; 热空气机 [机械工程] hot-air engine; 热空气炉 [机械工程] hot-air furnace
"热空位" 英文翻译 : thermal vacancy
"热空转" 英文翻译 : hot idle; hotidle
"长空穴" 英文翻译 : elongated cavity
"空腔，空穴" 英文翻译 : cavity
"空穴-粒子" 英文翻译 : hole-particle interaction
"空穴，空子" 英文翻译 : hole
"空穴场" 英文翻译 : cavity field
"空穴的" 英文翻译 : vugular
"空穴对" 英文翻译 : hole pair
"空穴化" 英文翻译 : cavitation
"空穴流" 英文翻译 : cavity flow
"空穴能" 英文翻译 : cavity energy
"空穴区" 英文翻译 : void area
"空穴水" 英文翻译 : aerohydrous
"空穴态" 英文翻译 : hole state
"快空穴" 英文翻译 : fast hole
"粒子-空穴" 英文翻译 : particle-hole
"慢空穴" 英文翻译 : slow hole
"轻空穴" 英文翻译 : light hole
"双空穴" 英文翻译 : bihole
"重空穴" 英文翻译 : heavy hole
"防冰热空气" 英文翻译 : anti-icing hot air

例句与用法

Hh silc is found to have a more pronounced transient effect
热空穴应力导致的漏电流具有更加显著的瞬态特性。
Hot hole injection experiments reveal that the lifetime of ultra - thin gate oxide is not simply determined by the total number of injected hole
热空穴注入的实验结果表明超薄栅氧化层的击穿不仅由注入的空穴数量决定。
The results show that hh silc is attributed to oxide hole detrapping and the annihilation of positive charge - assisted tunneling centers
研究结果表明：热空穴silc机制是由于氧化层空穴的退陷阱效应和正电荷辅助遂穿中心的湮灭。
Secondly , the transient characteristics of fn tunneling and hot hole ( hh ) stress induced leakage current ( silc ) in ultra - thin gate oxide are investigated respectively in this dissertation
其次，本文分别研究了fn隧穿应力和热空穴( hh )应力导致的超薄栅氧化层漏电流瞬态特性。
The author ' s main contributions are outlined as following : first , the roles of hot electron and hole in dielectric breakdown of ultra - thin gate oxides have been quantitatively investigated by separately controlling the amounts of hot electron and hot hole injection using substrate hot hole ( shh ) injection method . the changes of threshold voltage have been discussed under different stress conditions
主要研究结果如下：首先，利用衬底热空穴( shh )注入技术分别控制注入到超薄栅氧化层中的热电子和空穴的数量，定量研究了热电子和空穴注入对超薄栅氧化层击穿的影响，讨论了不同应力条件下的阈值电压变化。