Eu³⁺-doped NaLaMo₂O₈ phosphors were synthesized by a conventional solid-state reaction. The phase and luminescent properties of the synthesized phosphors were investigated in the current work. In NaLaMo₂O₈, Eu³⁺ ions replace La³⁺ ions and form solid compound. This substitution induces the 2θ angles of diffraction peaks to shift to larger values. Under excitation at 395 nm, NaLaMo₂O₈:Eu³⁺ phosphors exhibit emission bands in the range of 550–725 nm originating from ⁵D₀ → ⁷F_J transitions (J = 0, 1, 2, 3, 4) of Eu³⁺. The strongest emission band corresponds to the ⁵D₀ → ⁷F₂ transition, which indicates a site of Eu³⁺ without inversion symmetry in NaLaMo₂O₈. The Eu³⁺ concentration has obvious influence on the luminescent properties of NaLaMo₂O₈:Eu³⁺ phosphors. NaLaMo₂O₈:6 mol%Eu³⁺ has the strongest excitation and emission intensities.

通过常规的固态反应合成了Eu ³⁺掺杂的NaLaMo ₂ O ₈荧光粉。在当前工作中研究了合成的磷光体的相和发光性质。在NaLaMo ₂ O _8中，Eu ³⁺离子替代La ³⁺离子并形成固体化合物。该取代引起衍射峰的2θ角移动到更大的值。在395 nm激发下，NaLaMo ₂ O ₈：Eu ³⁺荧光粉显示出从⁵ D ₀ → ⁷ F _J发出的550-725 nm范围内的发射带Eu ^3+的跃迁（J = 0、1、2、3、4）。最强的发射带对应于⁵ D ₀ → ⁷ F ₂跃迁，这表明在NaLaMo ₂ O _8中没有反转对称的Eu ³⁺位点。Eu ³⁺浓度对NaLaMo ₂ O ₈：Eu ³⁺荧光粉的发光性能有明显影响。NaLaMo ₂ O ₈：6 mol％Eu ³⁺具有最强的激发和发射强度。