“…Among them, gas detectors have the advantages of simple structure, large output pulse amplitude, and stable performance [1,10], but their relatively low gas density, poor detection sensitivity, low spatial resolution, large size, and the need for hundreds of volts of bias voltage limit their applications. Scintillation detectors have the advantages of high detection efficiency, greater radiation hardness, and wide applicability [2,9,13], but it needs to be coupled with a photoelectric converter to obtain electrical signals, so it is an indirect measurement method, which makes the system complicated. In addition, the light yield and luminescence decay time of the scintillator, the gain of photoelectric converter are easily affected by temperature, making the resolution significantly worse when temperature varies [9,14,16].…”