制备了掺杂Er3+的氟氧化物(10ZrF4-10PbF2-10NaF-5Na2O-60SiO2)材料,测量了样品的吸收谱、上转换荧光发射谱和上转换发光强度与激光泵浦功率的对数关系.分析了Er3+的上转换可见发光机制,证实了在980nmLD的激发下,Er3+在402nm、449nm蓝光波段和520nm、551nm绿光波段的上转换荧光发射来自于4f电子的2H9/2、4F5/2、4S3/2、2H11/2激发态到基态4I15/2的跃迁,给出了2H9/2→4I15/2、4F5/2→4I15/2蓝光三光子激发态吸收(ESA)和4S3/2→4I15/2、2H11/2→4I15/2绿光双光子激发态吸收(ESA)的上转换发光机制.
参考文献
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