Optical and thermal analysis of PVB encapsulant polymer doped with yellow 083 and orange 240 organic dyes for photovoltaic application

Sylia Ait Allak, Ferhat Chabane, K. Agroui, M. Zabat, A. Khen, W. Arfi
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Abstract

This work described a process based on the luminescent down shift (LDS) technique, in order to introduce the luminescent organic dye into PVB polymer encapsulant as emergent material for photovoltaic application. For this goal, we propose to study the feasibility to implement the LDS functionality and to identify suitability of available luminescent to be incorporated into the host polymer encapsulant material. The first step to this direction was through a comprehensive optical study of two organic dyes yellow 083 and orange 240 in ethanol solvent. The methodology and experimental conditions such as laboratory polymer preparation and analysis were presented. The absorption spectrum of the prepared PVB material shifts towards longer wavelengths, with increasing organic dye concentration.
掺黄083和橙240有机染料的PVB封装聚合物的光学和热分析
本文描述了一种基于发光下移(LDS)技术的工艺,旨在将发光有机染料引入PVB聚合物封装材料中,作为光伏应用的新兴材料。为了实现这一目标,我们建议研究实现LDS功能的可行性,并确定可用的发光材料是否适合纳入宿主聚合物封装材料。朝着这个方向迈出的第一步是通过对两种有机染料黄083和橙240在乙醇溶剂中的综合光学研究。介绍了合成方法和实验条件,如实验室聚合物制备和分析。随着有机染料浓度的增加,所制备的PVB材料的吸收光谱向更长的波长偏移。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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