Organic glass scintillator (OGS) bars (6 × 6 × 50 mm${}^3$) were melt-cast and characterized with dual-ended readout by silicon photomultiplier arrays. The results were compared to trans-stilbene bars of the same size. Energy resolution was measured via a ¹³⁷Cs Compton-coincidence experiment. Time resolution was determined via a ²²Na coincidence-timing experiment. Depth-of-interaction resolution was measured by moving a gamma-ray fan beam along the major axis of the bars. Pulse shape discrimination capability and neutron light output were determined via a time-of-flight measurement of a ²⁵²Cf source. The OGS bars exhibited better energy resolution at 478 keV ($10.3\pm 0.5$% vs. $11.2\pm 0.5$%), better time resolution from 200–341 keVee ($270\text{ps}$ vs. $340\text{ps}$ FWHM), slightly poorer depth-of-interaction resolution, poorer PSD performance, and higher neutron light output than the stilbene bars. The low cost, ease of manufacturing, brightness, and excellent time resolution make OGS a strong candidate for use in compact radiation imaging systems.

有机玻璃闪烁体 (OGS) 棒（6 × 6 × 50 mm${}^3$) 是熔铸的，并通过硅光电倍增管阵列的双端读出进行表征。将结果与相同尺寸的反式二苯乙烯皂条进行比较。通过¹³⁷ Cs 康普顿符合实验测量能量分辨率。时间分辨率是通过²² Na 巧合计时实验确定的。通过沿条的长轴移动伽马射线扇形束来测量相互作用深度分辨率。脉冲形状鉴别能力和中子光输出是通过²⁵² Cf 源的飞行时间测量确定的。OGS 条在 478 keV ($10.3\pm 0.5$% 对比 $11.2\pm 0.5$%)，更好的时间分辨率从 200–341 keVee ($270\text{ps}$ 对比 $340\text{ps}$FWHM)、交互深度分辨率稍差、PSD 性能更差、中子光输出比二苯乙烯条更高。低成本、易于制造、亮度和出色的时间分辨率使 OGS 成为用于紧凑型辐射成像系统的有力候选者。