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New generation of biomorph integrated with TCO and thermoelectric to enhance efficiency in wide solar spectrum solar cell

机译:与TCO和热电集成的新一代生物形照片,以提高宽太阳光谱太阳能电池效率

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A Novel Bio-Organic material, named Cooperative Binary Ionic (CBI) solid, based on chlorophyll type nano structures were self assembled onto ZnO and BiTe Nano Wires (NWs) as an active layer of a new concept of thermoelectric-organic solar cell. The quality of the organic coating is extremely good and controlled in the range of 0.5–10 nm. 5nm of the CBI onto the ZnO NWs showed a photo efficiency of 3% at 0.2 suns illumination while the thermoelectric current of the BiTe NWs increased by 1% at 1 sun. Optoelectronic and structural properties of the CBI and the integrated device are discussed.
机译:基于叶绿素型纳米结构的新的生物有机材料,命名合作二元离子(CBI)固体是自组装到ZnO和咬合纳米线(NWS)上作为热电有机太阳能电池的新概念的活性层。 有机涂层的质量非常好,控制在0.5-10nm的范围内。 CBI的5nm在ZnO NW上显示出3%的光照效率为0.2太阳照明,而咬合NW的热电电流在1℃下增加1%。 讨论了CBI和集成装置的光电和结构特性。

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