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TranslationMobile

自然氧化層

"native" in Chinese : adj. 1.出生地的,本國的,本地的。 2.土著的,本 ...
"oxide" in Chinese : n. 【化學】氧化物。 antimony oxide 銻 ...
"native oxide layer" in Chinese : 自然氧化膜
"be native to" in Chinese : 原產(chǎn)于; 原屬于…的; 源于…的
"native" in Chinese : adj. 1.出生地的,本國的,本地的。 2.土著的,本地人的；土產(chǎn)的,國內(nèi) ...
"native to" in Chinese : 所產(chǎn)的; 土生土長在.
"native to native to" in Chinese : 講故事者; 土生土長在
"oxide" in Chinese : n. 【化學】氧化物。 antimony oxide 銻白，氧化銻。 deu ...
"a beijing native" in Chinese : 一個地道的北京人
"a native of liaoning" in Chinese : 遼寧人
"address and native" in Chinese : 地址和籍貫
"altitude native" in Chinese : 高山居民
"gauze native" in Chinese : 素紗羅plain
"go native" in Chinese : 入鄉(xiāng)隨俗
"native (d05)" in Chinese : 本族的；天賦的；樸素的

Examples

Native oxide layer
自然氧化膜
It is the only one compound semiconductor whose native oxide is sio2 . therefore , the sic devices can be manufactured using the technology of the silicon processing , for example mos devices
Sic是唯一可以氧化生長成sio _ 2的化合物半導體材料，這使得它可以運用si平面工藝條件進行sic器件的制造，特別制作mos器件方面。
4 the cleanout and the passivation of si surface was carried out by a two - step process to overcome the surface oxide layer and balance the charge between the substrate and epitaxy . by this way , the crystal quality and emission characteristic of zno thin films can be improved , which provide a way to resolve the native oxide layer of si substrate
4 、通過用等離子體對硅襯底表面進行清洗和鈍化兩步處理，解決硅襯底表面的氧化層和界面電荷平衡問題，制備出了高質(zhì)量的氧化鋅薄膜材料，找到了一條獲得了高質(zhì)量的氧化鋅薄膜的新途徑。
In order to otain high quality zno thin films , we , for the first time , employ the plasma enhanced chemical vapor deposition ( pecvd ) to prepare high quality zno thin film at low temperature using a zinc organic source ( zn ( c2h5 ) 2 ) and carbon dioxide ( co2 ) gas mixtures . the effects of the growing condiction and the native oxide layer of si substrate on the quality of zno thin films was studied in detail . to prepare p - zno and overcome the dufficulty of reverse due to the interaction between the n atomic , we obtain high qulaity p - zno by a easy way of thermal zn3n2
為了在低溫下制備高質(zhì)量的氧化鋅薄膜，我們采用金屬有機源和二氧化碳氣源，首次利用等離子體增強化學氣相沉積的技術(shù)在低溫下制備了高質(zhì)量的氧化鋅薄膜，系統(tǒng)地研究了生長條件以及襯底表面氧化層對薄膜質(zhì)量的影響，確定了生長高質(zhì)量氧化鋅薄膜的優(yōu)化條件；為獲得p - zno材料，克服在zno中摻n雜質(zhì)間相互作用影響摻雜效率不易獲得p - zno的困難，我們通過熱氧化zn3n2的方法制備了p - zno ，獲得了一系列研究結(jié)果： 1 、詳細研究了氣體流速比，襯底溫度和射頻功率實驗參數(shù)對氧化鋅薄膜特性的影響。