The CLAS12 Forward Time-of-Flight system
The CLAS12 Forward Time-of-Flight system
复制标题
CLAS12 前向飞行时间系统
DOI：
10.1016/j.nima.2020.163629
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发表时间：
2020
期刊：
影响因子：
--
通讯作者：
Trivedi, A.
中科院分区：
文献类型：
--
作者：
Carman, D.S.;Clark, L.;De Vita, R.;Fedotov, G.;Gothe, R.W.;Hollis, G.;Miller, B.;Phelps, E.;Tian, Y.;Trivedi, A.
本文介绍了托马斯杰斐逊国家加速器装置B厅大接受度CLAS 12谱仪的前向飞行时间测量系统。该系统被定位在从6.2米到7.2米的范围内的距离从波束-目标相互作用点和跨越实验室的极角从5 ° → 45 °和几乎全方位角。该系统由540个具有双端读出的单个闪烁计数器组成，其长度范围从17 cm到426 cm，离散宽度为6 cm、15 cm和22 cm，离散厚度为5 cm和6 cm。通过带电粒子的有效计数器时间分辨率从小角度下最短计数器的50 ps变化到大角度下最长计数器的200 ps。探测器是CLAS 12离线事件重建期间前向角粒子识别系统的一部分，也是在线数据采集触发器的一个组成部分，用于选择具有前向带电粒子的最终状态事件拓扑。
Abstract The Forward Time-of-Flight system for the large-acceptance CLAS12 spectrometer in Hall B at the Thomas Jefferson National Accelerator Facility is described. The system is positioned at distances in the range from 6.2 m to 7.2 m from the beam–target interaction point and spans laboratory polar angles from 5∘→ 4 5∘ and nearly the full azimuth. The system consists of 540 individual scintillation counters with double-ended readout that range in length from 17 cm to 426 cm of discrete widths of 6 cm, 15 cm, and 22 cm, and of discrete thicknesses of 5 cm and 6 cm. The effective counter time resolution for passing charged particles varies from 50 ps for the shortest counters at small angles to 200 ps for the longest counters at large angles. The detectors are part of the forward-angle particle identification system for CLAS12 during offline event reconstruction and are a component of the online data acquisition trigger to select final state event topologies with forward-going charged particles.
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CLAS12 数据采集系统
DOI：
--
发表时间：
2020
期刊：
Nuclear Instruments and Methods in Physics Research Section A : Accelerators, Spectrometers, Detectors and Associated Equipment
影响因子：
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作者：
S. Boyarinov;B. Raydo;C. Cuevas;C. Dickover;H. Dong;G. Heyes;D. Abbott;W. Gu;V. Gyurjyan;E. Jastrzembski;B. Moffit;C. Timmer;I. Mandjavidze;D. Heddle;C. Smith;A. Celentano;R. D. Vita;N. Baltzell;K. Livingston;B. Mckinnon;W. Moore
通讯作者：
W. Moore
CLAS12 漂移室系统
DOI：
--
发表时间：
2020
期刊：
Nuclear Instruments and Methods in Physics Research Section A : Accelerators, Spectrometers, Detectors and Associated Equipment
影响因子：
--
作者：
M. Mestayer;K. Adhikari;R. Bennett;S. Bueltmann;T. Chetry;S. Christo;M. Cook;R. C. Cuevas;G. Dodge;L. El Fassi;T. Forest;G. Jacobs;T. Hartlove;T. Hayward;L. Kabir;S. Kuhn;D. Mcnulty;S. Nanda;J. Newton;W. M. Taylor;L. Weinstein;V. Ziegler
通讯作者：
V. Ziegler
CLAS12软件框架和事件重构
DOI：
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发表时间：
2020
期刊：
Nuclear Instruments and Methods in Physics Research Section A : Accelerators, Spectrometers, Detectors and Associated Equipment
影响因子：
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作者：
V. Ziegler;N. Baltzell;F. Bossu;D. Carman;P. Chatagnon;M. Contalbrigo;R. D. Vita;M. Defurne;G. Gavalian;G. Gilfoyle;D. Glazier;Y. Gotra;V. Gyurjyan;N. Harrison;D. Heddle;A. Hobart;S. Joosten;A. Kim;N. Markov;S. Mancilla;M. Mestayer;J. Newton;W. Phelps;S. Niccolai;D. Sokhan;M. Ungaro
通讯作者：
M. Ungaro
CLAS12 Geant4 模拟
DOI：
--
发表时间：
2020
期刊：
Nuclear Instruments and Methods in Physics Research Section A : Accelerators, Spectrometers, Detectors and Associated Equipment
影响因子：
--
作者：
M. Ungaro;G. Angelini;M. Battaglieri;V. Burkert;D. Carman;P. Chatagnon;M. Contalbrigo;M. Defurne;R. Vita;B. Duran;R. Fair;M. Garçon;P. Ghoshal;R. Rajput;Y. Gotra;S. Joosten;A. Kim;D. Lersch;N. Markov;M. Mestayer;R. Miller;M. Mirazita;J. Newton;S. Niccolai;W. Phelps;S. Procureur;Y. Prok;A. Puckett;D. Sokhan;S. Stepanyan;A. Vlassov;R. Wang;C. Wiggins;V. Ziegler
通讯作者：
V. Ziegler
DOI：
10.1016/j.nima.2020.163419
发表时间：
2020-04
期刊：
Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment
影响因子：
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作者：
V. Burkert;L. Elouadrhiri;K. Adhikari;S. Adhikari;M. Amaryan;D. Anderson;G. Angelini;M. A. Antonioli;H. Atac;S. Aune;H. Avakian;C. Gayoso;N. Baltzell;L. Barion;M. Battaglieri;V. Baturin;I. Bedlinskiy;F. Benmokhtar;A. Bianconi;A. Biselli;P. Bonneau;F. Bossu;S. Boyarinov;W. Briscoe;W. Brooks;K. Bruhwel;D. Carman;A. Celentano;G. Charles;P. Chatagnon;T. Chetry;G. Christiaens;S. Christo;G. Ciullo;B. Clary;P. Cole;M. Contalbrigo;M. Cook;V. Crede;R. Cruz-Torres;C. Cuevas;A. D’Angelo;N. Dashyan;M. Defurne;A. Deur;R. Vita;S. Diehl;C. Djalali;G. Dodge;R. Dupré;M. Ehrhart;Lamiaa El Fassi;B. Eng;T. Ewing;R. Fair;G. Fedotov;A. Filippi;T. Forest;M. Garçon;G. Gavalian;P. Ghoshal;G. Gilfoyle;K. Giovanetti;F. Girod;D. Glazier;E. Golovatch;R. Gothe;Y. Gotra;K. Griffioen;M. Guidal;V. Gyurjyan;K. Hafidi;H. Hakobyan;C. Hanretty;N. Harrison;M. Hattawy;F. Hauenstein;T. Hayward;D. Heddle;P. Hemler;O. Hen;K. Hicks;A. Hobart;J. Hogan;M. Holtrop;Y. Ilieva;I. Illari;D. Insley;D. Ireland;B. Ishkhanov;E. Isupov;G. Jacobs;H. Jo;R. Johnston;K. Joo;S. Joosten;T. Kageya;D. Kashy;C. Keith;D. Keller;M. Khachatryan;A. Khanal;A. Kim;C. W. Kim;W. Kim;V. Kubarovsky;S. Kuhn;L. Lanza;M. Leffel;V. Lucherini;A. Lung;M. Kabir;M. Leali;S. Lee;P. Lenisa;K. Livingston;M. Lowry;I. Macgregor;I. Mandjavidze;D. Marchand;N. Markov;V. Mascagna;B. Mckinnon;M. Mcmullen;C. Mealer;M. Mestayer;Z. Meziani;R. Miller;R. Milner;T. Mineeva;M. Mirazita;V. Mokeev;P. Moran;A. Movsisyan;C. Camacho;P. Naidoo;S. Nanda;J. Newton;S. Niccolai;G. Niculescu;M. Osipenko;M. Paolone;L. Pappalardo;R. Paremuzyan;O. Pastor;E. Pasyuk;W. Phelps;O. Pogorelko;J. Poudel;J. Price;K. Price;S. Procureur;Y. Prok;D. Protopopescu;R. Rajput-Ghoshal;B. Raue;B. Raydo;M. Ripani;J. Ritman;Alessandro Rizzo;G. Rosner;P. Rossi;J. Rowley;B. Roy;F. Sabatié;C. Salgado;S. Schadmand;Aaron J. Schmidt;E. Segarra;V. Sergeyeva;Y. Sharabian;U. Shrestha;I. Skorodumina;G. Smith;L. Smith;D. Sokhan;O. Soto;N. Sparveris;S. Stepanyan;P. Stoler;S. Strauch;J. Tan;M. Taylor;D. Tilles;M. Turisini;N. Tyler;M. Ungaro;L. Venturelli;H. Voskanyan;E. Voutier;D. Watts;X. Wei;L. Weinstein;C. Wiggins;M. Wiseman;M. Wood;A. Yegneswaran;G. Young;N. Zachariou;M. Zarecky;Jinlong Zhang;Z. Zhao;V. Ziegler
通讯作者：
V. Burkert;L. Elouadrhiri;K. Adhikari;S. Adhikari;M. Amaryan;D. Anderson;G. Angelini;M. A. Antonioli;H. Atac;S. Aune;H. Avakian;C. Gayoso;N. Baltzell;L. Barion;M. Battaglieri;V. Baturin;I. Bedlinskiy;F. Benmokhtar;A. Bianconi;A. Biselli;P. Bonneau;F. Bossu;S. Boyarinov;W. Briscoe;W. Brooks;K. Bruhwel;D. Carman;A. Celentano;G. Charles;P. Chatagnon;T. Chetry;G. Christiaens;S. Christo;G. Ciullo;B. Clary;P. Cole;M. Contalbrigo;M. Cook;V. Crede;R. Cruz-Torres;C. Cuevas;A. D’Angelo;N. Dashyan;M. Defurne;A. Deur;R. Vita;S. Diehl;C. Djalali;G. Dodge;R. Dupré;M. Ehrhart;Lamiaa El Fassi;B. Eng;T. Ewing;R. Fair;G. Fedotov;A. Filippi;T. Forest;M. Garçon;G. Gavalian;P. Ghoshal;G. Gilfoyle;K. Giovanetti;F. Girod;D. Glazier;E. Golovatch;R. Gothe;Y. Gotra;K. Griffioen;M. Guidal;V. Gyurjyan;K. Hafidi;H. Hakobyan;C. Hanretty;N. Harrison;M. Hattawy;F. Hauenstein;T. Hayward;D. Heddle;P. Hemler;O. Hen;K. Hicks;A. Hobart;J. Hogan;M. Holtrop;Y. Ilieva;I. Illari;D. Insley;D. Ireland;B. Ishkhanov;E. Isupov;G. Jacobs;H. Jo;R. Johnston;K. Joo;S. Joosten;T. Kageya;D. Kashy;C. Keith;D. Keller;M. Khachatryan;A. Khanal;A. Kim;C. W. Kim;W. Kim;V. Kubarovsky;S. Kuhn;L. Lanza;M. Leffel;V. Lucherini;A. Lung;M. Kabir;M. Leali;S. Lee;P. Lenisa;K. Livingston;M. Lowry;I. Macgregor;I. Mandjavidze;D. Marchand;N. Markov;V. Mascagna;B. Mckinnon;M. Mcmullen;C. Mealer;M. Mestayer;Z. Meziani;R. Miller;R. Milner;T. Mineeva;M. Mirazita;V. Mokeev;P. Moran;A. Movsisyan;C. Camacho;P. Naidoo;S. Nanda;J. Newton;S. Niccolai;G. Niculescu;M. Osipenko;M. Paolone;L. Pappalardo;R. Paremuzyan;O. Pastor;E. Pasyuk;W. Phelps;O. Pogorelko;J. Poudel;J. Price;K. Price;S. Procureur;Y. Prok;D. Protopopescu;R. Rajput-Ghoshal;B. Raue;B. Raydo;M. Ripani;J. Ritman;Alessandro Rizzo;G. Rosner;P. Rossi;J. Rowley;B. Roy;F. Sabatié;C. Salgado;S. Schadmand;Aaron J. Schmidt;E. Segarra;V. Sergeyeva;Y. Sharabian;U. Shrestha;I. Skorodumina;G. Smith;L. Smith;D. Sokhan;O. Soto;N. Sparveris;S. Stepanyan;P. Stoler;S. Strauch;J. Tan;M. Taylor;D. Tilles;M. Turisini;N. Tyler;M. Ungaro;L. Venturelli;H. Voskanyan;E. Voutier;D. Watts;X. Wei;L. Weinstein;C. Wiggins;M. Wiseman;M. Wood;A. Yegneswaran;G. Young;N. Zachariou;M. Zarecky;Jinlong Zhang;Z. Zhao;V. Ziegler