Laser/phosphor ceramics exhibit exceptional physicochemical and luminescent stability,rendering them indispensable in the fields of laser technology,lighting engineering,and display applications.Ceramic molding technology is a crucial factor in achieving the integration of material structure and function,which directly impacts the luminous quality and service behavior of ceramic-related devices.It remains a hot topic in current research.This article reviews the latest research progress in laser/fluorescent ceramic forming technology,systematically summarizes the principles,forming methods,technical characteristics,and application scope of this process and focuses on analyzing the impact of various forming technologies on ceramic preparation,structural design,and property control.Finally,the issues pertaining to structural design,blank formation and photothermal performance regulation of laser/phosphor ceramics are deliberated upon,with a forecast made on the developmental trajectory towards integration of formation-structure-function-device in laser/phosphor ceramics.
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