Zinc aluminum antimony phosphate (ZASP) glass phosphors were prepared via the melt-quenching method and the dependence of fluorescence color on excit a tion wavelength is investigated.Under short-wave ultraviolet (UVC) and medium - wave ultraviolet (UVB) excitation,ZASP host glasses present a broadband from S b³⁺.Their fluorescent color coordinates are located in bluish-white or bl ue spe ctral regions.Different spectral behaviors indicate that discrepant Sb³⁺ e m itti ng centers exist in the glass,which results in the dependence of glass fluoresce nce on excitation wavelength.When Dy³⁺ was introduced into ZASP glasses,～ 484nm a nd ～574nm narrow bands can be observed.The effectiveness of excitation in UV C an d UVB spectral regions is attributed to the energy transfer from Sb³⁺ to D y³⁺ to a great extent.Warm fluorescent component from Dy³⁺ changes the fluorescen ce co lor of ZASP glasses from bluish-white to white spectral region,and Dy³⁺ d oping h as a remarkable influence on the fluorescence dependency on excitation wavelengt h.D y³⁺ doping enriches diversity of fluorescence color of ZASP glasses and pr ovides probability for developing high-qualified fluorescent devices.