Research Progress of Glass Scintillators Based on X-ray Detection and Imaging

Abstract Glass scintillators are highly stable detection materials that play a crucial role in medical imaging secu rity inspection and various other applications.They also provide enhanced adaptability and detection performance in extreme environments such as deep-sea deep underground deep space and nuclear reactor.However the de velopment and application of commercially available GS series glass scintillators are hindered by their relatively low light yield and narrow application range (neutron field) which are insufficient to meet the demands of X-ray detec tion applications.Consequently there is an urgent need to develop a series of glass scintillators with superior X-ray detection performance to satisfy the requirements in X-ray and related fields.In recent years significant progress has been made in the development of X-ray-related glass scintillator materials the exploration of their mechanisms and the expansion of their applications.However few studies have specifically focused on X-ray detection glass scintilla tors as a distinct topic addressing their development and applications.This paper provides a brief overview of the historical development material classification detection principles detection parameters and fabrication processes