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Possibility of cost effective and energy efficient high-quality natural white light sources with new nanophosphor

机译:具有新型纳米荧光粉的高性价比,高能效的天然白光源的可能性

摘要

In this paper, we present results authors published initially on the white light emission with broad band (330-465 nm) excitation of the specially prepared nano-phosphor: Eu3+: ZnS which is capped with sodium methyl carboxylate and on pure red-light emission from the nano-phosphor when capped with alpha methyl acrylic acid and prepared in a different method. Then we discuss possible methods of future improvement of the white light emission from the nano-phosphor.We then present the cost effective and energy efficient method of obtaining highest quality natural white light sources using such nano-phosphor and blue or near UV blue light emitting diodes. The latter discussion includes the driving circuit for the white LED and powering the LED by concentrated solar photovoltaics for both lighting and waste heat energy storage for completely clean energy natural white lighting sources.
机译:在本文中,我们目前的研究结果最初发表于关于特别制备的纳米磷光体:Eu3 +:ZnS的宽带(330-465 nm)激发的白光发射,并覆盖了羧甲基丙烯酸钠,以及纯红光发射当用α甲基丙烯酸封端并用另一种方法制备时,可以从纳米磷光体中得到。然后我们讨论了未来改善纳米磷光体白光发射的可能方法,然后提出了使用这种纳米磷光体和蓝光或近紫外蓝光来获得最高质量的自然白光光源的经济高效的方法二极管。后面的讨论包括用于白色LED的驱动电路,并通过集中式太阳能光伏电池为LED供电,以用于照明和余热能量存储,以用于完全清洁能源的天然白色光源。

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