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Luminescence properties of Ca_2Si_5N_8:Eu~(2+) synthesized by spark plasma sintering

机译:火花等离子体烧结合成Ca_2Si_5N_8:Eu〜(2+)的发光性质

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Eu~(2+)-doped Ca_2Si_5N_8 phosphors were synthesized by Spark Plasma Sintering using Ca_3N_2, Si_3N_4 and Eu_2O_3 as the starting materials. The influence of the synthesis temperature and the doping concentration on the crystalline phase and luminescence properties had been characterized. Ca_2Si_5N_8:Eu~(2+) phosphor presented high absorption in the UV/visible region, matching well with the emission of blue LED chip. Also, emission band exhibited a single broad band centered at 600nm under the excitation of 460nm with a full width at half maximum of 70nm.
机译:以Ca_3N_2,Si_3N_4和Eu_2O_3为起始原料,通过火花等离子体烧结合成了掺Eu〜(2+)的Ca_2Si_5N_8荧光粉。表征了合成温度和掺杂浓度对晶相和发光性能的影响。 Ca_2Si_5N_8:Eu〜(2+)荧光粉在紫外/可见光区域表现出高吸收性,与蓝色LED芯片的发射非常匹配。而且,发射带在460nm的激发下表现出以600nm为中心的单个宽带,其半峰全宽为70nm。

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