通过以TeO2 ,GeO2 ,ZnF2 ,SiO2 ,PbF2 等为主体的氟氧化物玻璃陶瓷基质材料的研究提出了提高上转换效率的某些条件 .选择低声子能量的基质 ,且基质的 M系数接近稀土离子的M系数的氟氧化物基质材料是高效上转材料的基础 ,选择激发光光子能量与稀土离子、敏化稀土离子能级匹配是高效上转换材料的必要条件 .为设计研究稀土掺杂能量上转换材料提供了有理论和应用价值的结果 . Some conditions for improving the up-conversion efficiency are proposed by studying the oxyfluoride glass-ceramic matrix materials mainly composed of TeO2, GeO2, ZnF2, SiO2, PbF2, etc. The matrix with low phonon energy is selected and the M coefficient of the matrix is ​​close to that of rare earth It is a necessary condition for the efficient upconversion material that the M-factor fluoride oxyfluoride matrix material is the basis of an efficient upconverting material, and the energy level matching between the excitation light photon energy and the rare earth ions and the sensitized rare earth ions is selected. The upconversion material provides the theoretical and applied value results.