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Combinatorial screening for new borophosphate VUV phosphors

机译:新型硼磷酸盐VUV荧光粉的组合筛选

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Driven by the advances in the plasma display panel (PDP) technique and Hg-free fluorescent lamps, the demand on high efficient vacuum ultraviolet (VUV) phosphors has increased dramatically in the past decade. To search for high efficient VUV phosphors in a variety of materials systems using the combinatorial approach, we have set up a scanning multi-inkjet delivery system for the solution-based combinatorial synthesis of libraries and a parallel screening apparatus for VUV photolumines-cence based on a home designed cathode gas (Xe/He or Xe/Ne) discharge lamp. We demonstrated the applicability of the combinatorial strategy in high efficient VUV phosphors by fabricating a series of RE doped borophosphate phosphors libraries, characterizing their performance on VUV photoluminescence.
机译:在等离子显示面板(PDP)技术和无汞荧光灯的发展推动下,对高效真空紫外(VUV)荧光粉的需求在过去十年中急剧增加。为了使用组合方法在各种材料系统中搜索高效的VUV荧光粉,我们建立了用于基于溶液的库组合合成的扫描多喷墨传输系统和基于VUV光致发光光谱的并行筛选设备。家用设计的阴极气体(Xe / He或Xe / Ne)放电灯。我们通过制造一系列稀土掺杂的硼磷酸盐磷光体库,证明了其组合策略在高效VUV磷光体中的适用性,表征了其在VUV光致发光方面的性能。

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