CAJ | 학술논문

采用高温固相合成工艺制备了KSrPO4：xEu3+红色发光材料，通过X射线衍射、荧光光谱、量子效率仪、封装对发光材料的晶体结构及发光特性进行了研究。XRD表明KSrPO4晶体结构并没有随着Eu3+的掺入而发生变化；荧光光谱表明KSrPO4：Eu3+在394 nm处存在最强激发峰，发射光谱最强发射峰为612 nm；量子效率研究表明随着Eu3+掺杂量的增加，量子效率先增后降，在Eu3+掺杂量x=0.04时，量子效率存在最大值51%；封装光源的显色指数为83，色温3497 K，并且随着电流的变化色坐标(X，Y)基本保持不变，因此，KSrPO4：Eu3+红色发光材料作为近紫外激发的红色发光材料具有一定的潜力。
채용고온고상합성공예제비료KSrPO4：xEu3+홍색발광재료，통과X사선연사、형광광보、양자효솔의、봉장대발광재료적정체결구급발광특성진행료연구。XRD표명KSrPO4정체결구병몰유수착Eu3+적참입이발생변화；형광광보표명KSrPO4：Eu3+재394 nm처존재최강격발봉，발사광보최강발사봉위612 nm；양자효솔연구표명수착Eu3+참잡량적증가，양자효솔선증후강，재Eu3+참잡량x=0.04시，양자효솔존재최대치51%；봉장광원적현색지수위83，색온3497 K，병차수착전류적변화색좌표(X，Y)기본보지불변，인차，KSrPO4：Eu3+홍색발광재료작위근자외격발적홍색발광재료구유일정적잠력。
A red emitting material KSrPO4:xEu3+ was synthesized by high-temperature solid state reaction technology. The crystal structure and luminescence characteristic of the luminescent materials were characterized by X-ray diffraction, photoluminescence spectrum, quantum efficiency device and packaging. XRD shows that KSrPO4 crystal structure doesn't change with the incorporation of Eu3+; PL spectrum shows that KSrPO4: Eu3+ has the highest excitation peak at 394 nm and the strongest emission peak at 612 nm;the QE research indicates that with the increasing amount of Eu3+, the QE first increases and then falls, when the concentration of Eu3+(x)is 0.04,the QE reaches 51%; the color rendering index and color temperature of the packaged LED light source is 83 and 3 497 K respectively and the color coordinates (X,Y) basically remain unchanged with the changing of the current. Therefore, the red emitting material KSrPO4:Eu3+has some potential to be used as a red emitting material near ultraviolet excitation.