Optimum efficiency of fluorescent solar concentrators

机译：荧光太阳能聚光器的最佳效率

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Abstract: We proposed an experimental method for the establishing of optimum efficiency for PMMA doped with ORACET 6 GF. We determined absorption spectra, emission spectra, and quantum efficiency for different concentrations. Spectral distribution of solar radiation for different air masses, spectral response of solar cells, and fluorescent characteristics allow determination of dye optimum concentration and of concentrator efficiency. !4

机译：摘要：我们提出了一种实验方法，以建立掺杂ORACET 6 GF的PMMA的最佳效率。我们确定了不同浓度的吸收光谱，发射光谱和量子效率。不同空气质量的太阳辐射的光谱分布，太阳能电池的光谱响应以及荧光特性可以确定染料的最佳浓度和浓缩器效率。！4

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《Optical Materials Technology for Energy Efficiency and Solar Energy Conversion XI: Selective Materials, Concentrators and Reflectors, Transparent Insulation and Superwindows》|1992年|p.306-312|共7页
会议地点 Toulouse-Labege(FR)
作者
Vladimar L. Fara; Polytechnical Institute of Bucharest; Bucharest; Romania; Radu Grigorescu; Polytechnical Institute of Bucharest; Bucharest; Romania; C.Dimofte; Institute of Atomic Physics; Bucharest; Romania.;
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4. Optimum efficiency of fluorescent solar concentrators [C] . Vladimar L. Fara, Radu Grigorescu, C.Dimofte Institute of Atomic Physics Bucharest Romania. Conference on optical materials technology for energy efficiency and solar energy conversion . 1993

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Optimum efficiency of fluorescent solar concentrators

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