recombination velocity 中文意思是什麼

recombination velocity 解釋
復合速度, 半導體表面上的復合速度
  1. The suitable additives recombination can not only improve considerably the quality of chromium coating, increase the brightness, current efficiency, dispersion ability and sedimentation velocity, but also enlarge the application scope of chromium plating technology

    採用適當的添加劑復合不僅可以顯著提高鍍鉻層質量，增加光亮度、電流效率、分散能力和沉積速度，而且可以擴大鍍鉻工藝范圍。
  2. Research on surface and grain boundary passivation mechanism obtained effects of surface recombination on crystalline silicon solar cell performance and the theoretical expression of grain boundary recombination velocity. the limit ratio of short - circuit current increment for anti - reflection coating utilization on solar cells was obtained. the crystalline silicon solar cell spectral response, contact resistance and minority carrier lifetime measurement systems were established

    鈍化機理研究獲得了表面復合對不同表面摻雜濃度晶體硅太陽電池性能的影響、表面和界面復合速度的理論表達式；研究得到了減反射膜對太陽電池短路電流增量比的極限；建立了太陽電池光譜響應、柵線電極接觸電阻和少子壽命等測試系統。
  3. Acquisition of low surface recombination velocity on surface of p - type si

    單晶低表面復合速度的獲得
  4. Surface recombination velocity

    表面復合速度
  5. Depending on the image method and point source approximation method, the physic model was established, and the formula of photo - current versus surface recombination velocity was obtained

    導出了光電流與表面復合速率相應關系的計算公式，確定了可進行電量測量的實驗裝置。
  6. The pc id has been used in order to analyse the influence of surface recombination on the performance of crystalline silicon solar cell. in different surface concentration, the relation of the surface recombination velocity and the performance ( voc, jsc, g ) of crystalline silicon solar cell is discussed

    採用pc1d就表面復合對太陽電池性能的影響進行理論計算，探討了晶體硅太陽電池不同表面濃度條件下，表面復合速度與太陽電池開路電壓、短路電流以及轉換效率之間的關系。
  7. The report for sio2 passivation and forming gas treatment utilization in domestic scale manufacture as well as the detail abroad technologies has not been read. porous silicon heavy phosphorous diffusion passivation and grain boundary recombination velocity for multicrystalline silicon solar cells have not been reported

    其中sio _ 2表面鈍化和forminggas處理在規模化生產上的應用國內未見報導，國外技術無詳細報導，多孔硅重磷擴散多晶硅鈍化及多晶硅晶界復合速度表示未見報道。
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