砷化鎵單晶 的英文怎麼說

中文拼音 [shēnhuàjiādānjīng]
砷化鎵單晶 英文
arsenide gallium monocrystal
  • : 名詞[化學] (非金屬元素) arsenic (as)
  • : 名詞[化學] gallium (31號元素, 符號 ga)
  • : Ⅰ形容詞(光亮) brilliant; glittering Ⅱ名詞1. (水晶) quartz; (rock) crystal 2. (晶體) any crystalline substance
  1. Boat - grown gallium arsenide single crystals and as - cut slices

    水平法砷化鎵單晶及切割片
  2. Gallium arsenide single crystal - determination of dislocation density

    砷化鎵單晶位錯密度的測量方法
  3. Liquid encapaulated czochralski - grouwn gallium arsenide single crystals and as - cut slices

    液封直拉法砷化鎵單晶及切割片
  4. Liquid encapsulated czochralski ( lec ) si - gaas is widely used in the microwave device and the substrates of high speed digital optic - electronic integrated circuits, and it has become one of major materials in information industry

    液封直拉法生產的半絕緣砷化鎵單晶( lecsi - gaas )被廣泛用於微波器件和高頻集成電路的襯底材料,成為當代信息產業的重要材料之一。
  5. By means of chemical etching, microscope observation, eelectron probe x - ray micro - analyzer ( epma ), the micro - distribution of c acceptor defect in lec si - gaas wafer is investigated, the results show that there is serious influence of the density and distribution of dislocations on the distribution of c impurity in wafer

    本文通過ab腐蝕、 koh腐蝕,金相顯微鏡觀察,透射電鏡能譜分析,電子探針x射線微區分析,研究了液封直拉法生長的非摻半絕緣( lec , si - gaas )中碳的微區分佈。
  6. Test method for microzone homogeneity of semi - insulating monocrystal gallium arsenide

    半絕緣砷化鎵單晶微區均勻性測試方法
  7. Quantitative determination of ab microscopic defect density in gallium arsenide single crystal

    砷化鎵單晶ab微缺險密度定量檢驗方法
  8. Test method for carbon concentration of semi - insulating monocrystal gallium arsenide by measurement infrared absorption method

    半絕緣砷化鎵單晶中碳濃度的紅外吸收測試方法
  9. Test method for deep level el2 concentration of undoped semi - insulating monocrystal gallium arsenide by measurement infrared absorption method

    非摻雜半絕緣砷化鎵單晶深能級el2濃度紅外吸收測試方法
  10. Our research work lays a good foundation on development of gaas semiconductor and has great significance to the development of semiconductor detector in our country

    我們的研究工作為開發砷化鎵單晶體的應用奠定了良好的基礎,對國內半導體探測器技術的發展具有重大意義。
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