Within the solar cell, the dye is paintedin a thin layer on a porous titanium dioxide scaffold to collect light and, ina series of steps, create power.
在太阳能电池内，染料涂在多孔的二氧化钛支架上来收集光线，然后经过一系列步骤，就产生了电流。
About 40 years later Charles Fritts, an American inventor, built the first solar cell. Made with selenium and a thin layer of gold, the device was less than 1% efficient.
40年之后，美国发明家查尔士•弗里兹(CharlesFritts)用硒和薄金片制造出第一枚光能电池，发电效率低于1%。
This might damage the delicate red cuprous oxide layer we need to make to solar cell work.
这可能会损害微妙红色氧化亚铜层，我们需要使太阳能电池的工作。
To make these cadmium telluride cells, a thin layer of cadmium chloride is applied to the solar cell, and then heated up in a furnace.
生产碲化镉电池需要给太阳能电池添加一层薄薄的氯化镉，然后在炉中加热。
The invention relates to a novel solar cell which uses broadband receiving antenna to realize photoelectric conversion and comprises a photoelectric conversion layer and a substrate.
一种新型太阳能电池，涉及利用宽频接收天线实现光电转化，包括光电转 化层和基底。
A transparent conductive substrate for solar cell that is low in the resistance of tin oxide layer, being less in the amount of near-infrared ray absorbed by the tin oxide layer.
本发明提供氧化锡层的电阻小且氧化锡层的近红外光的吸收量少的太阳能电池用透明导电性基板。
Hall of external layer of high transmittance within the outer membrane accompanied by solar cell, can take advantage of solar energy resources;
展馆外部透光性高的双层外膜配以内部的太阳电池，能够充沛应用太阳能资本；展馆内将运用轮回式呼吸孔道等最新手艺。
The solar cell provided with the film layer can reduce the loss of incident light on the substrate surface, thus improving light utilization and photoelectric conversion efficiency.
具有该膜层的太阳能电池能够减少入射光在基板表面的损耗，从而提高光利用率和光电转换效 率。
A solar cell includes a substrate, an electrode formed on the substrate, and a light absorption layer formed on the electrode.
太阳能电池包括基板、形成在基板上的电极以及形成在电极上的光吸收层。
The solar cell includes N-type crystalline silicon particles (01), aluminum substrate (02), middle insulating layer (05), surface transparent conductive layer (06) and antireflection layer (07).
包括N型体晶硅体颗粒（01），铝衬底 （02），中间绝缘层（05），表面透明导电层（06）和减反射层（07）构成。
In addition, the surface morphology of active composite layer and the interface modification between active layer and electrodes could also influence the power conversion efficiency of the solar cell.
通过对器件活性层和电极界面进行修饰和采用不同溶剂、不同给受体掺杂比例、不同活性层厚度成膜等方法对器件进行优化并研究其与器件性能之间的关系；
In addition, the surface morphology of active composite layer and the interface modification between active layer and electrodes could also influence the power conversion efficiency of the solar cell.
通过对器件活性层和电极界面进行修饰和采用不同溶剂、不同给受体掺杂比例、不同活性层厚度成膜等方法对器件进行优化并研究其与器件性能之间的关系；
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