Scintillator　is　a　material　that　converts　high-energy　rays　into　visible　light,　and　has　great　applications　in　high-energy　physics,　medical　imaging,　and　security　inspections.　As　a　type　of　scintillator,　scintillation　glass　has　the　advantages　of　low　cost,　high　stability,　controllable　shape,　and　ability　to　be　prepared　on　a　large　scale.　In　this　paper,　a　traditional　fusion　quenching　method　was　used　to　prepare　a　cerium-terbium　co-doped　glass.　The　green　characteristic　light　of　Tb　ion　was　observed　at　543　nm.　Moreover,　through　the　doping　sensitization　of　Ce　ions,　the　luminescence　of　Tb　was　successfully　enhanced.　The　material　has　high　X-ray　response　sensitivity,　complete　stability　and　strong　X-ray　emission　intensity.　We　use　a　simple　X-ray　imaging　platform　for　imaging,　and　the　results　show　that　our　glass　has　a　spatial　resolution　of　7.0　lp/mm.