The Anticoincidence System of Space-Based Gamma-Ray Telescope GAMMA-400, Test Beam Studies of Anticoincidence Detector Prototype with SiPM Readout

Arkhangelskiy A. I.; Galper A. M.; Arkhangelskaja I. V.; Bakaldin A. V.; Chernysheva I. V.; Dalkarov O. D.; Egorov A. E.; Gusakov Yu. V.; Kheymits M. D.; Leonov A. A.; Pappe N. Yu.; Runtso M. F.; Stozhkov Yu. I.; Suchkov S. I.; Topchiev N. P.; Yurkin Yu. T.

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The Anticoincidence System of Space-Based Gamma-Ray Telescope GAMMA-400, Test Beam Studies of Anticoincidence Detector Prototype with SiPM Readout

机译：基于空间的伽马射线望远镜Gamma-400的抗煎体系，用SIPM读数测试抗煎探测器原型的测试光束研究

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The GAMMA-400 gamma-ray telescope is planned for the launch at the end of 2026 on the Navigator service platform designed by Lavochkin Association on an elliptical orbit with following initial parameters: an apogee similar to 300 000, a perigee similar to 500 km, a rotation period similar to 7 days and inclination of 51.4 degrees. The apparatus is expected to operate for more than 5 years, reaching an unprecedented sensitivity for the search of dark matter signatures and the study of the unresolved and so far unidentified gamma-ray sources. The segmented anticoincidence counters surround the converter-tracker and calorimeter of the telescope with the purpose of vetoing to assure a clean track reconstruction and charged particle background suppression. The anticoincidence detector prototype based on long BC-408 scintillator with silicon photomultipliers readout was tested using 300-MeV positron beam of synchrotron C-25P "PAKHRA" of Lebedev Physical Institute. The measurement setup, design concepts for the prototype detector together with test results are discussed.

机译：伽玛-400伽马射线望远镜计划于2026年底，在Lavochkin协会在椭圆轨道上设计的导航轨道服务平台，其中包含以下初始参数：类似于300 000的Apogee，一个类似于500公里的杠杆，旋转周期类似于7天和51.4度的倾斜度。该装置预计将运行超过5年，从而达到前所未有的敏感性，用于搜索暗物质签名和未解决的且迄今为止未识别的伽马射源的研究。分段的抗渗透计数器围绕着望远镜的转换器 - 跟踪器和热量表，目的是否则确保干净的轨道重建和带电粒子背景抑制。使用300 MeV正电子研究所的Synchrotron C-25P“Pakhra”的300 MeV正电子束测试了基于Long BC-408闪烁体的基于Long BC-408闪烁体的抗渗透探测器原型。讨论了测量设置，对原型检测器的设计概念以及测试结果一起进行。

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来源
《Physics of atomic nuclei》 |2020年第2期|共6页
作者
Arkhangelskiy A. I.; Galper A. M.; Arkhangelskaja I. V.; Bakaldin A. V.; Chernysheva I. V.; Dalkarov O. D.; Egorov A. E.; Gusakov Yu. V.; Kheymits M. D.; Leonov A. A.; Pappe N. Yu.; Runtso M. F.; Stozhkov Yu. I.; Suchkov S. I.; Topchiev N. P.; Yurkin Yu. T.;
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Russian Acad Sci Lebedev Phys Inst Moscow Russia;

Russian Acad Sci Lebedev Phys Inst Moscow Russia;

Natl Res Nucl Univ MEPhI Moscow Engn Phys Inst Moscow Russia;

Russian Acad Sci Sci Res Inst Syst Anal Moscow Russia;

Natl Res Nucl Univ MEPhI Moscow Engn Phys Inst Moscow Russia;

Russian Acad Sci Lebedev Phys Inst Moscow Russia;

Russian Acad Sci Lebedev Phys Inst Moscow Russia;

Russian Acad Sci Lebedev Phys Inst Moscow Russia;

Natl Res Nucl Univ MEPhI Moscow Engn Phys Inst Moscow Russia;

Russian Acad Sci Lebedev Phys Inst Moscow Russia;

Russian Acad Sci Lebedev Phys Inst Moscow Russia;

Natl Res Nucl Univ MEPhI Moscow Engn Phys Inst Moscow Russia;

Russian Acad Sci Lebedev Phys Inst Moscow Russia;

Russian Acad Sci Lebedev Phys Inst Moscow Russia;

Russian Acad Sci Lebedev Phys Inst Moscow Russia;

Natl Res Nucl Univ MEPhI Moscow Engn Phys Inst Moscow Russia;

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正文语种 eng
中图分类原子物理学;原子核物理学、高能物理学;
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1. The Anticoincidence System of Space-Based Gamma-Ray Telescope GAMMA-400, Test Beam Studies of Anticoincidence Detector Prototype with SiPM Readout [J] . Arkhangelskiy A. I., Galper A. M., Arkhangelskaja I. V., Physics of atomic nuclei . 2020,第2期

机译：基于空间的伽马射线望远镜Gamma-400的抗煎体系，用SIPM读数测试抗煎探测器原型的测试光束研究
2. The Future Space-Based GAMMA-400 Gamma-Ray Telescope for Studying Gamma and Cosmic Rays [J] . N. P. Topchiev, A. M. Galper, I. V. Arkhangelskaja, Bulletin of the Russian Academy of Sciences. Physics . 2019,第5期

机译：用于研究伽玛和宇宙射线的未来空间的伽玛-400伽马射线望远镜
3. Multiple Coulomb scattering method to reconstruct low-energy gamma-ray direction in the GAMMA-400 space-based gamma-ray telescope [J] . Leonov A. A., Galper A. M., Topchiev N. P., Advances in space research . 2019,第10期

机译：GAMMA-400天基伽玛射线望远镜中的多种库仑散射法重建低能伽玛射线方向
4. Modeling of low-energy charged particles passage through GAMMA-400 gamma-telescope thermal insulation and two-layer plastic scintillation detectors used as anticoincidence shield [C] . E N Chasovikov, I V Arkhangelskaja, A I Arkhangelskiy, International Conference on Particle Physics and Astrophysics . 2016

机译：通过伽玛-400伽马 - 望远镜的低能量带电粒子通过抗渗抗和双层塑料闪烁探测器的模拟。
5. The EUSO-SPB1 Project and Laser Test Beams for Space-Based Optical Cosmic Ray Detectors [D] . Eser, Johannes 2018

机译：用于太空基光学宇宙射线探测器的EUSO-SPB1项目和激光测试光束
6. Study of PET Detector Performance with Varying SiPM Parameters and Readout Schemes [O] . Xiaoli Li, Cate Lockhart, Tom K. Lewellen, -1

机译：不同SIPM参数和读数方案的PET检测器性能研究
7. The Distinctive Features of Anticoincidence Detector System of the GAMMA-400 Gamma-ray Telescope [O] . Runtso M.F., Arkhangelskiy A.I., Arkhangelskaja I.V., 2015

机译：GAMMA-400伽玛射线望远镜反巧合探测器系统的显着特征

The Anticoincidence System of Space-Based Gamma-Ray Telescope GAMMA-400, Test Beam Studies of Anticoincidence Detector Prototype with SiPM Readout

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