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Development of Technique for AR Coating Nickel and Copper Metallization of Solar Cells Fps Project Product Development

机译:aR涂层镍和铜金属化太阳能电池技术开发项目产品开发

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Experimental matrices were conducted to determine a suitable firing schedule for fritless tin printing ink. considerable difficulties were encountered with oxidation. Best results were obtained with a firing cycle consisting of 400 C for 20 minutes in nitrogen followed by 5 minutes in air at 500 C. Elimination of oxidizing conditions impaired the adhesion of both tin and copper fritless printing inks, although adhesion of fritless copper inks was obtained when fired in nitrogen with slight oxidation.

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