中文摘要：

采用自蔓延燃烧法合成了SrZnO2：Eu^3＋红色发光材料，采用X射线衍射谱、荧光光谱对样品进行了表征。结果表明，Eu^3＋成功掺入SrZnO2基质中，在基质中主要占据Sr^2＋不对称性格位，发射来源于^5D0→F2 613nm为主的红光，同时产生了较高能级激发态^5D1→FJ（J=0～2）的发射。

英文摘要：

SrZnO2 ： Eu^3＋ powder is prepared by self-propagating combustion method. XRD and FL are em- ployed to characterize their properties. The results show that Eu^3＋ is successfully doped into the crystal lattice of SrZnO2 matrix and Eu^3＋ preferentially occupies the asymmetry cationic site of Sr^2＋ , thus emitting 613nm red light originated from ^5D0→F2 transition, and the transition emissions from ^5D1→FJ（J=0～2） have been observed.