最上等的
闪烁体
闪烁
材料科学
物理
光电子学
光学
探测器
方位角
作者
Daniele Rocco,A. Belardini,A. De Gregorio,Micol De Simoni,M. Fischetti,G. Franciosini,M. Marafini,Marco Magi,Annalisa Muscato,V. Patera,A. Sarti,A. Schiavi,A. Sciubba,M. Toppi,G. Traini,A. Trigilio,Leonardo Mattiello
标识
DOI:10.1016/j.nima.2023.168277
摘要
Organic plastic scintillators are largely exploited for fast timing detectors thanks to their short scintillation time with respect to inorganic crystals. Plastic scintillators are cheap to produce, light and easy to manipulate (any standard mechanical workshop can handle the cutting, polishing, etc.). Nowadays, fastest plastic scintillators available on the market are EJ-232 (Eljen Technology) and BC-422 (Saint Gobain) with a rise time of 350ps, a decay time of 1.6ns and a pulse width of 1.3ns. Foreseen the performance improvement of timing detectors based on plastic scintillators, the development of faster scintillators can give a crucial contribution. TOPS is a project focused on the development of a new class of organic scintillators producing several liquid and solid samples. Comparing the light output and the timing properties of the samples exploiting minimum ionising particles, a selection of the highly performing TOPS scintillators has been investigated and characterised. The performance achieved with TOPS samples are extremely promising: a time resolution improvement from 10 up to 35% with respect to the EJ-232 has been demonstrated. In addition, an increase of light output has been obtained for all samples with a consequent potential improvement in energy resolution measurements of a factor up to 35%.
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