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Time synchronization system of Baikal-GVD
Journal of Instrumentation ( IF 1.3 ) Pub Date : 2021-09-06 , DOI: 10.1088/1748-0221/16/09/c09003 V.A. Allakhverdyan 1 , A.D. Avrorin 2 , A.V. Avrorin 2 , V.M. Aynutdinov 2 , R. Bannasch 3 , Z. Bardačov 4 , I.A. Belolaptikov 1 , I.V. Borina 1 , V.B. Brudanin 1 , N.M. Budnev 5 , V.Y. Dik 1 , G.V. Domogatsky 2 , A.A. Doroshenko 2 , R. Dvornick 1, 4 , A.N. Dyachok 5 , Zh.-A.M. Dzhilkibaev 2 , E. Eckerov 4 , T.V. Elzhov 1 , L. Fajt 6 , S.V. Fialkovsky 6 , A.R. Gafarov 5 , K.V. Golubkov 2 , N.S. Gorshkov 1 , T.I. Gress 5 , M.S. Katulin 1 , K.G. Kebkal 3 , O.G. Kebkal 3 , E.V. Khramov 1 , M.M. Kolbin 1 , K.V. Konischev 1 , K.A. Kopański 7 , A.V. Korobchenko 1 , A.P. Koshechkin 2 , V.A. Kozhin 8 , M.V. Kruglov 1 , M.K. Kryukov 2 , V.F. Kulepov 9 , Pa. Malecki 7 , Y.M. Malyshkin 1 , M.B. Milenin 2 , R.R. Mirgazov 5 , D.V. Naumov 1 , V. Nazari 1 , W. Noga 7 , D.P. Petukhov 2 , E.N. Pliskovsky 1 , M.I. Rozanov 10 , V.D. Rushay 1 , E.V. Ryabov 5 , G.B. Safronov 2 , B.A. Shaybonov 1 , M.D. Shelepov 2 , F. Šimkovic 1, 4, 6 , A.E. Sirenko 1 , A.V. Skurikhin 8 , A.G. Solovjev 1 , M.N. Sorokovikov 1 , I. Štekl 6 , A.P. Stromakov 2 , E.O. Sushenok 1 , O.V. Suvorova 2 , V.A. Tabolenko 5 , B.A. Tarashansky 5 , Y.V. Yablokova 1 , S.A. Yakovlev 3 , D.N. Zaborov 2
中文翻译：
贝加尔湖-GVD时间同步系统
更新日期：2021-09-06
Journal of Instrumentation ( IF 1.3 ) Pub Date : 2021-09-06 , DOI: 10.1088/1748-0221/16/09/c09003 V.A. Allakhverdyan 1 , A.D. Avrorin 2 , A.V. Avrorin 2 , V.M. Aynutdinov 2 , R. Bannasch 3 , Z. Bardačov 4 , I.A. Belolaptikov 1 , I.V. Borina 1 , V.B. Brudanin 1 , N.M. Budnev 5 , V.Y. Dik 1 , G.V. Domogatsky 2 , A.A. Doroshenko 2 , R. Dvornick 1, 4 , A.N. Dyachok 5 , Zh.-A.M. Dzhilkibaev 2 , E. Eckerov 4 , T.V. Elzhov 1 , L. Fajt 6 , S.V. Fialkovsky 6 , A.R. Gafarov 5 , K.V. Golubkov 2 , N.S. Gorshkov 1 , T.I. Gress 5 , M.S. Katulin 1 , K.G. Kebkal 3 , O.G. Kebkal 3 , E.V. Khramov 1 , M.M. Kolbin 1 , K.V. Konischev 1 , K.A. Kopański 7 , A.V. Korobchenko 1 , A.P. Koshechkin 2 , V.A. Kozhin 8 , M.V. Kruglov 1 , M.K. Kryukov 2 , V.F. Kulepov 9 , Pa. Malecki 7 , Y.M. Malyshkin 1 , M.B. Milenin 2 , R.R. Mirgazov 5 , D.V. Naumov 1 , V. Nazari 1 , W. Noga 7 , D.P. Petukhov 2 , E.N. Pliskovsky 1 , M.I. Rozanov 10 , V.D. Rushay 1 , E.V. Ryabov 5 , G.B. Safronov 2 , B.A. Shaybonov 1 , M.D. Shelepov 2 , F. Šimkovic 1, 4, 6 , A.E. Sirenko 1 , A.V. Skurikhin 8 , A.G. Solovjev 1 , M.N. Sorokovikov 1 , I. Štekl 6 , A.P. Stromakov 2 , E.O. Sushenok 1 , O.V. Suvorova 2 , V.A. Tabolenko 5 , B.A. Tarashansky 5 , Y.V. Yablokova 1 , S.A. Yakovlev 3 , D.N. Zaborov 2
Affiliation
The Baikal-GVD neutrino telescope currently consists of 8 clusters of 288 optical modules (photodetectors). One cluster comprises 8 strings, each of which is subdivided into 3 sections of 12 optical modules. This paper presents the methods of time synchronization between the different GVD components (optical modules, sections, clusters) and estimations of time synchronization accuracy.
中文翻译：
贝加尔湖-GVD时间同步系统
Baikal-GVD 中微子望远镜目前由 8 个集群组成，每组 288 个光学模块（光电探测器）。一个集群由8个串组成，每个串又细分为3个12个光模块的部分。本文介绍了不同 GVD 组件（光模块、部分、集群）之间的时间同步方法和时间同步精度的估计。
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