l glass 中文意思是什麼

l glass 解釋
l玻璃
  • l : L-beam, L-iron 不等邊角鋼。L,￡＝ 〈拉丁語〉 libra （＝ pound）。
  • glass : n 1 玻璃，玻璃狀物。2 〈集合詞〉玻璃製品，玻璃器具，料器；玻璃暖房 （＝glasshouse）。3 玻璃杯；一...
  1. The numbers of day - 4 ebs per milliliter culture media are 47. 33 l. 48 ( n = 6 ) when cultured in glass container and 310. 83 2. 92 ( n = 6 ) in petriperm bacterial - culture dish and there is no eb formation in cell - culture dish

    001 ） 。在鋪有粘附物質的細胞培養皿中培養， es干3細胞不形成ebs ；在玻璃培養瓶中培養， es d3細胞形成的4debs數量為47
  2. Laser beam can be coupled to y - fiber, plastic fiber and glass fiber which with big diameters ( l - 2mm ) much easier than quasi monomode fiber whose diameter is only several microns. the former fibers can transmit much more beam illumination, but their light fields are not as even as the quasi monomode fiber ' s

    分析了使用傳光面直徑較大的y型光纖、塑料光纖和玻璃光纖與芯徑較小的準單模光纖所具有的不同特點，簡要討論了光纖的光場分佈、耦合、偏振以及光纖的選擇等問題。
  3. ( 4 ) only when the resistance r = l / c, the transition efficiency between electric energy and heat reach its maximum value, which makes it possible to design the high performance damping composites of multi - energy transitions by adjusting the vgcf content. cpe / zkf / vgcf composites : in the cpe / pzt / vgcf composites, the conversion efficiency from force to electricity is very low because of the obvious difference of rigidity between cpe and pzt, which leads to the damping effect of multi - energy transitions is not so evident as the viscoelasticity of the matrix cpe, especially during the cpe glass transition

    Cpe / zkf那gcf復合材料:針對cpe / pzt / vgcf復合材料中由於cpe和pzt之間模量差異較大，導致cpe和pzt之間的應力傳遞欠佳，影響力一電變換效率，從而壓電導電減振作用效果並不十分顯著的現象;本章中採用極性有機小分子雙（ 2一輕基- 3一環己基一5一甲基）一苯基]甲烷（ zkf ） ，而不採用pzt ，消除了pzt與cpe模量方面差異的影響。
  4. In this paper we deposited solar cells with pin structure on glass substrate by use of separated pecvd system. the main work can be summed as following : l ) the u c - si : h p - type layer has been deposited and the comparison of i - v characteristics between the cells made with u c - si : h as window layer and the cells made with a - sic : h as window layer shows that the cells with u c - si : h as window layer have better performance

    本文主要利用分離室pecvd系統在玻璃襯底上沉積pin結構太陽電池，主要工作可總結如下： 1 ） p層微晶結構的沉積；用c - si : h與傳統所用的a - sic : h分別做電池的p層，比較了二者的i - v特性，發現c - si : h作為電池的p層有更大的優越性。
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