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White LED Based on Eu2+, Mn2+ Co-Doped BAM and BaSrO3 Phosphors

机译:基于EU2 +,MN2 +共掺杂BAM和BASRO3磷光体的白色LED

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Series of Eu2+, Mn2+ co-doped BaMgAl10O17: (BAM) blue-green emitting phosphors were synthesized by solid-state reaction. The emission spectra of the co-doped BAM samples show intense blue (455 nm) and green (525 nm) emission peaks. The emission peaks at 455 nm originates from the transition 5d→4f of Eu2+ ions partially replaces Ba2+ sites in BAM, while the 525 nm emission is attributed to the energy transfer from Eu2+ to Mn2+. White LED with color rendering index of 89 was fabricated by combining a NUV LED chip with Eu2+, Mn2+ co-doped BAM and BaSrO3.
机译:通过固态反应合成Eu2 +,Mn2 +,共掺杂Bamgal107:(BAM)蓝绿发射磷光体。共掺杂BAM样品的发射光谱显示出强烈的蓝色(455nm)和绿色(525nm)发射峰。 455nm处的发射峰来自Eu2 +离子的过渡5d→4f部分地取代Bam中的Ba2 +位点,而525nm发射归因于从Eu2 +至Mn2 +的能量转移。通过将NUV LED芯片与EU2 +,MN2 +共掺杂BAM和Basro3组合来制造具有89的白色LED为89的渲染指数。

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