Fig. 1. Array imaging plate: (a) LCA liquid scintillator capillaries array; (b) GSFA scintillating array screen; (c) BSFA scintillating array screen.

Fig. 2. Projection sketch of surface source on the array: (a) The array cell at the boundary of projection area is fully irradiated; (b), (c) the array cell at the boundary of projection area is not fully irradiated; (d) edge of projection slants through the horizontal direction of the array.

Fig. 3. Projection sketch of slope edge for ESF.

Fig. 4. Light output of EJ309 as a function of energy for particle energy: (a) Light output as a function proton energy; (b) light output as a function electron energy.

Fig. 5. Normalized curves of falling edge of ESF for liquid scintillator array by simulation.

Fig. 6. MTF curves of the liquid scintillator capillary array and scintillating fiber array by simulation: (a) MTF curves of the three array image plates with 14 MeV neutron irradiation; (b) MTF curves of the three array image plates with 1.25 MeV Gamma irradiation.

Fig. 7. Experimental setup sketch for MTF measurement.

Fig. 8. Luminescent uniformity of the three array image plates by measurement: (a) LCA liquid scintillator capillaries array; (b) GSFA scintillating fiber array; (c) BSFA scintillating fiber array.

Fig. 9. Comparison of MTF curves measured and simulated for the three array image plates under 1.25 MeV Gamma ray: (a) LCA liquid scintillator capillaries array; (b) GSFA scintillating fiber array; (c) BSFA scintillating fiber array.