sensitized cells 中文意思是什麼

sensitized cells 解釋
致敏細胞
  1. Antigen interacts with the surface of sensitized mast cells.

    抗原與致敏的肥大細胞表面互相作用。
  2. Progress on the study of dye - sensitized solar cells

    柔性色素增感太陽能電池的研究進展
  3. Study on flexible dye - sensitized solar cells

    染料敏化太陽能電池研究進展
  4. The enteropathy shown here has loss of crypts, increased mitotic activity, loss of brush border, and infiltration with lymphocytes and plasma cells ( b - cells sensitized to gliaden )

    這里顯示這種腸病缺乏腺管、有絲分裂活躍、刷狀緣消失,伴有淋巴細胞和漿細胞浸潤( b細胞對麥膠敏感) 。
  5. In the thesis, the principle and structure of different kinds of solar cells were reviewed. the pyrite qds sensitized tio2 photoelectrode was proposed. tio2 films were prepared by sol - gel method

    本論文綜述了太陽能電池的研究現狀,在討論了各種太陽能電池結構與太陽能電池材料的基礎上,提出了fes _ 2量子點敏化tio _ 2多孔薄膜太陽能電池的設想。
  6. The presence of complement - like activity in the humoral fluid of amphioxus was examined. the complement classical pathway ( cp ) activity is assayed by determining the amount of serum required to hemolyse a given number of sensitized sheep red blood cells ( srbc ), whereas the complement alternative pathway ( ap ) activity measured in the same manner, but by using rabbit red blood cells ( rarbc ) instead of sensitized srbc

    文昌魚體液可溶解懸浮在10mmol legta - mg - gvb緩沖液中的正常的兔血紅細胞、綿羊紅細胞、及部分哺乳動物、鳥類、兩棲類和魚類的代表動物的血紅細胞;而在gvb ~ ( 2 + )緩沖液中時對抗體包被的綿羊紅細胞卻沒有溶血活性。
  7. Preparation and properties of tio2 film in dye - sensitized solar cells

    2膜的制備及性能研究
  8. Applications of nanocrystalline zno films in dye - sensitized solar cells

    2薄膜的光電化學行為
  9. This article introduces the development and characteristic of dye - sensitized solar cell, points out poor stability would be obstacle for its production, summarizes its components which would improve its stability, such as : solid electrolyte, ionic liquid, inorganic sensitized dye, composite transparent conducting film and sealing of cells, discusses the prospects for application of dye - sensitized solar cells

    摘要介紹了色素增感太陽能電池的發展及特點,指出穩定性差將是實現產業化的一個發展瓶頸;對提高穩定性的組成部分如:固體電解質、離子液體、無機增感色素、復合透明導電薄膜以及電池的封裝問題進行了綜述;對色素增感太陽能電池的應用前景作出了展望。
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