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With excited wavelength the luminous peak control possible silicon blue - green phosphorescence material and its production manner

机译:以激发波长发光峰控制可能的硅蓝绿色磷光材料及其生产方式。

摘要

Luminous life is longer, luminous strength is large, the silicon blue phosphorescence material where long-term stability and repeatability are superior is offered. Making the surface of silicon anodize, it features that it consists of the 3rd process which administers high tension vapor annealing the 2nd process which administers quick thermal oxidation treatment vis-a-vis 1st process and that silicon which produce nano crystal silicon or nano structural silicon and, furthermore vis-a-vis that silicon, with excited wavelength production manner of the control possible silicon blue - green phosphorescence material. Furthermore, it consists of the film where the crystal silicon or nano structural silicon of the many nano scale was padded to the oxidation silicone film, relaxation time succession property, or relaxation time between the numerator energy ranking where the triplet encouragement child above 1ms lies between metastability excitation state above 1ms and the radiation succession which minds the trap, features that it possesses, with excited wavelength the control possible silicon blue - green phosphorescence material.
机译:发光寿命更长,发光强度大,提供了长期稳定性和重复性优越的硅蓝色磷光材料。使硅表面阳极化,其特征在于它包括进行高压蒸汽退火的第三过程,相对于第一过程进行快速热氧化处理的第二过程以及产生纳米晶体硅或纳米结构硅的硅而且,相对于硅,以激发波长产生方式控制可能的硅蓝-绿磷光材料。此外,它由薄膜组成,在该薄膜中,将许多纳米级的晶体硅或纳米结构硅填充到氧化硅膜,弛豫时间连续性或分子能量等级之间的弛豫时间,分子能量等级中大于1ms的三重激发子位于1ms以上的亚稳态激发态和关注陷阱的辐射序列,具有其特征,在激发波长下可控制可能的硅蓝-绿磷光材料。

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