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Aromatic compounds as substitutes for 2-propanol as texturing additive in aqueous alkaline solutions

机译:芳族化合物作为2-丙醇的替代品,作为碱性溶液中的纹理添加剂

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Two aromatic organic substances, a micelles-forming agent, an aromatic acid, and a complex-forming agent, an aromatic alcohol, were tested on 50 mm × 50 mm Cz-Si-wafers as texturing agents for mono-crystalline silicon solar cells according to the weighted reflectance of the processed surfaces and the etch-rates of the texturing-solutions in dependence of their composition. The results were compared with those of the standard organic texturing agent 2-propanol (iso-propanol, IPA). It could be shown, that the aromatic acid can compete with IPA as texturing additive while etching solutions based on the aromatic alcohol were less successful. After that the system containing the aromatic acid was tested on large number of 125 mm × 125 mm Cz-Si-wafers in an industrial pilot production line of Innovalight Inc., where even better results were reached in shorter time-scales in comparison with the standard texturing process.
机译:在50mM×50mMCZ-Si-Wafers上测试两个芳族有机物质,胶束 - 成型剂,芳族酸和复合成形剂,芳族醇作为单晶硅太阳能电池的纹理化试剂依赖于它们的组合物加工表面的加权反射和纹理溶液的蚀刻率。将结果与标准有机纹理化剂2-丙醇(ISO-丙醇,IPA)进行比较。可以表明,芳香族酸可以与IPA竞争作为纹理添加剂,同时基于芳族醇的蚀刻溶液不太成功。之后,在Innavalight Inc的工业试验生产线上在大量125mm×125mm Cz-Si-Wafers上测试含有芳族酸的系统,在比较较短的时间尺度的情况下达到了更好的结果。标准纹理过程。

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