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plasmonic solar cell 最新的表面等离子体有机太阳能电池
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It is been widely reported that plasmonic effects in metallic nanomaterials can enhance light trapping in organix solar cells (OSCs). However, typical nanoparticles (NP) of high quality (i.e., mono-dispersive) only possess a single resonant absorption peak, which inevitably limits the power conversion effi ciency (PCE) enhancement to a narrow spectral range. Broadband plasmonic absorption is obviously highly desirable. In this paper, a combination of Ag nanomaterials of different shapes, including nanoparticles and nanoprisms, is proposed for this purpose. The nanomaterials are synthesized using a simple wet chemical method. Theoretical and experimental studies show that the origin of the observed PCE enhancement is the simultaneous excitation of many plasmonic low- and high-order resonances modes, which are material-, shape-, size-, and polarization-dependent. Particularly for the Ag nanoprisms studied here, the high-order resonances result in higher contribution than low-order resonances to the absorption enhancement of OSCs through an improved overlap with the active material absorption spectrum. With the incorporation of the mixed nanomaterials into the active layer, a wide-band absorption improvement is demonstrated and the short-circuit photocurrent density ( J sc ) improves by 17.91%. Finally, PCE is enhanced by 19.44% as compared to pre-optimized control OSCs. These results suggest a new approach to achieve higher overall enhancement through improving broadband absorption. AFM.pdf(1.99MB) http://kuai.xunlei.com/d/LnU4De4L3njtUAQAdfd?p=130497 |
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 先进材料 | 有机光伏材料与器件 | organic solar cell | 有机太阳能电池 |
| ''纳米相关 | Plasmonics organic solar cells | 新能源 |
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4楼2013-01-10 17:44:34
5楼2013-03-16 10:58:22
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2013-01-10 08:18
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五星好评 
谢谢分享。
谢谢分享。
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2013-01-10 09:27
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五星好评 
2013-04-11 09:56
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2013-05-06 18:01
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2013-09-13 09:37
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五星好评 谢谢分享
