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Simultaneous transferring and reserving of solar energy as electrical energy in a single organic semiconductor structure

机译:在单个有机半导体结构中同时将太阳能作为电能传输和保留

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Thin and thick films of a specially doped organic material, here called CHLOH, on a special pair of inorganic substrates are investigated using a trial method. The reached component converts and reserves the radiated energy such as solar energy in the environment simultaneously. The stability and efficiency of the new thick film structure have been tested since 1984 and the results illustrate that is useful as an alternate energy supplier. The other aspect of the material is its organization as a thin CHLOH structure for application as an active element in optoelectronics.
机译:使用试验方法研究了在一对特殊的无机基材上特殊掺杂的有机材料(这里称为CHLOH)的薄膜和厚膜。所到达的组件同时转换并在环境中保留诸如太阳能之类的辐射能。自1984年以来,已经对新型厚膜结构的稳定性和效率进行了测试,结果表明该材料可用作替代能源供应商。该材料的另一方面是它的薄CHLOH结构,可作为光电子中的有源元件。

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