التفاصيل البيبلوغرافية
العنوان:
Technical design report for the $\overline{{\rm{P}}}\mathrm{ANDA}$ Barrel DIRC detector
المؤلفون:
B Singh , W Erni , B Krusche , M Steinacher , N Walford , B Liu , H Liu , Z Liu , X Shen , C Wang , J Zhao , M Albrecht , T Erlen , F Feldbauer , M Fink , M Fritsch , J Haase , F H Heinsius , T Held , T Holtmann , I Keshk , H Koch , B Kopf , M Kuhlmann , M Kümmel , S Leiber , M Mikirtychyants , P Musiol , A Mustafa , M Pelizäus , A Pitka , J Pychy , M Richter , C Schnier , T Schröder , C Sowa , M Steinke , T Triffterer , U Wiedner , M Ball , R Beck , C Hammann , B Ketzer , M Kube , P Mahlberg , M Rossbach , C Schmidt , R Schmitz , U Thoma , M Urban , D Walther , C Wendel , A Wilson , A Bianconi , M Bragadireanu , D Pantea , B Patel , W Czyzycki , M Domagala , G Filo , J Jaworowski , M Krawczyk , E Lisowski , F Lisowski , M Michałek , P Poznański , J Płażek , K Korcyl , A Kozela , P Kulessa , P Lebiedowicz , K Pysz , W Schäfer , A Szczurek , T Fiutowski , M Idzik , B Mindur , K Swientek , J Biernat , B Kamys , S Kistryn , G Korcyl , W Krzemien , A Magiera , P Moskal , A Pyszniak , Z Rudy , P Salabura , J Smyrski , P Strzempek , A Wronska , I Augustin , R Böhm , I Lehmann , D Nicmorus Marinescu , L Schmitt , V Varentsov , A Ali , M Al-Turany , A Belias , H Deppe , N Divani Veis , R Dzhygadlo , H Flemming , A Gerhardt , K Götzen , A Gromliuk , L Gruber , R Hohler , G Kalicy , R Karabowicz , R Kliemt , M Krebs , U Kurilla , D Lehmann , S Löchner , J Lühning , U Lynen , F Nerling , H Orth , M Patsyuk , K Peters , T Saito , G Schepers , C J Schmidt , C Schwarz , J Schwiening , A Täschner , M Traxler , C Ugur , B Voss , P Wieczorek , A Wilms , M Zühlsdorf , V Abazov , G Alexeev , V A Arefiev , V Astakhov , M Yu Barabanov , B V Batyunya , Y Davydov , V Kh Dodokhov , A Efremov , A Fechtchenko , A G Fedunov , A Galoyan , S Grigoryan , E K Koshurnikov , Y Yu Lobanov , V I Lobanov , A F Makarov , L V Malinina , V Malyshev , A G Olshevskiy , E Perevalova , A A Piskun , T Pocheptsov , G Pontecorvo , V Rodionov , Y Rogov , R Salmin , A Samartsev , M G Sapozhnikov , G Shabratova , N B Skachkov , A N Skachkova , E A Strokovsky , M Suleimanov , R Teshev , V Tokmenin , V Uzhinsky , A Vodopianov , S A Zaporozhets , N I Zhuravlev , A Zinchenko , D Branford , D Glazier , D Watts , M Böhm , A Britting , W Eyrich , A Lehmann , M Pfaffinger , F Uhlig , S Dobbs , K Seth , A Tomaradze , T Xiao , D Bettoni , V Carassiti , A Cotta Ramusino , P Dalpiaz , A Drago , E Fioravanti , I Garzia , M Savrie , V Akishina , S Gorbunov , I Kisel , G Kozlov , M Pugach , M Zyzak , P Gianotti , C Guaraldo , V Lucherini , A Bersani , G Bracco , M Macri , R F Parodi , K Biguenko , K T Brinkmann , V Di Pietro , S Diehl , V Dormenev , M Düren , E Etzelmüller , K Föhl , M Galuska , E Gutz , C Hahn , A Hayrapetyan , M Kesselkaul , K Kreutzfeldt , W Kühn , T Kuske , J S Lange , Y Liang , V Metag , M Moritz , M Nanova , R Novotny , T Quagli , S Reiter , A Riccardi , J Rieke , C Rosenbaum , M Schmidt , R Schnell , H Stenzel , U Thöring , M N Wagner , T Wasem , B Wohlfahrt , H G Zaunick , E Tomasi-Gustafsson , D Ireland , G Rosner , B Seitz , P N Deepak , A Kulkarni , A Apostolou , M Babai , M Kavatsyuk , P J Lemmens , M Lindemulder , H Loehner , J Messchendorp , P Schakel , H Smit , M Tiemens , J C van der Weele , R Veenstra , S Vejdani , K Dutta , K Kalita , A Kumar , A Roy , H Sohlbach , M Bai , L Bianchi , M Büscher , L Cao , A Cebulla , R Dosdall , A Erven , V Fracassi , A Gillitzer , F Goldenbaum , D Grunwald , A Herten , Q Hu , L Jokhovets , G Kemmerling , H Kleines , A Lai , A Lehrach , R Nellen , H Ohm , S Orfanitski , D Prasuhn , E Prencipe , J Pütz , J Ritman , E Rosenthal , S Schadmand , T Sefzick , V Serdyuk , G Sterzenbach , T Stockmanns , P Wintz , P Wüstner , H Xu , S Li , Z Li , Z Sun , V Rigato , L Isaksson , P Achenbach , A Aycock , O Corell , A Denig , M Distler , M Hoek , A Karavdina , W Lauth , H Merkel , U Müller , J Pochodzalla , S Sanchez , S Schlimme , C Sfienti , M Thiel , H Ahmadi , null S Ahmed , S Bleser , L Capozza , M Cardinali , A Dbeyssi , M Deiseroth , A Ehret , B Fröhlich , D Kang , D Khaneft , R Klasen , H H Leithoff , D Lin , F Maas , S Maldaner , M Martínez , M Michel , M C Mora Espí , C Morales Morales , C Motzko , O Noll , S Pflüger , D Rodríguez Piñeiro , A Sanchez-Lorente , M Steinen , R Valente , M Zambrana , I Zimmermann , A Fedorov , M Korjik , O Missevitch , A Balashoff , A Boukharov , O Malyshev , I Marishev , P Balanutsa , V Balanutsa , V Chernetsky , A Demekhin , A Dolgolenko , P Fedorets , A Gerasimov , V Goryachev , V Chandratre , V Datar , D Dutta , V Jha , H Kumawat , A K Mohanty , A Parmar , A K Rai , B Roy , G Sonika , C Fritzsch , S Grieser , A K Hergemöller , B Hetz , N Hüsken , A Khoukaz , J P Wessels , K Khosonthongkee , C Kobdaj , A Limphirat , P Srisawad , Y Yan , E Antokhin , A Yu Barnyakov , M Barnyakov , K Beloborodov , V E Blinov , V S Bobrovnikov , I A Kuyanov , K Martin , A P Onuchin , S Pivovarov , E Pyata , S Serednyakov , A Sokolov , Y Tikhonov , A E Blinov , S Kononov , E A Kravchenko , E Atomssa , R Kunne , D Marchand , B Ramstein , J van de Wiele , Y Wang , G Boca , S Costanza , P Genova , P Montagna , A Rotondi , M Bodlak , M Finger , A Nikolovova , M Pesek , M Peskova , M Pfeffer , I Prochazka , M Slunecka , P Gallus , V Jary , J Novy , M Tomasek , M Virius , V Vrba , V Abramov , N Belikov , S Bukreeva , A Davidenko , A Derevschikov , Y Goncharenko , V Grishin , V Kachanov , V Kormilitsin , A Levin , Y Melnik , N Minaev , V Mochalov , D Morozov , L Nogach , S Poslavskiy , A Ryazantsev , S Ryzhikov , P Semenov , I Shein , A Uzunian , A Vasiliev , A Yakutin , U Roy , B Yabsley , S Belostotski , G Gavrilov , A Izotov , S Manaenkov , O Miklukho , D Veretennikov , A Zhdanov , K Makonyi , M Preston , P E Tegner , D Wölbing , T Bäck , B Cederwall , S Godre , F Balestra , F Iazzi , R Introzzi , A Lavagno , J Olave , A Amoroso , M P Bussa , L Busso , M Destefanis , L Fava , L Ferrero , M Greco , J Hu , L Lavezzi , M Maggiora , G Maniscalco , S Marcello , S Sosio , S Spataro , D Calvo , S Coli , P De Remigis , A Filippi , G Giraudo , S Lusso , G Mazza , M Mignone , A Rivetti , R Wheadon , R Birsa , F Bradamante , A Bressan , A Martin , H Calen , W Ikegami Andersson , T Johansson , A Kupsc , P Marciniewski , M Papenbrock , J Pettersson , K Schönning , M Wolke , B Galnander , J Diaz , V Pothodi Chackara , A Chlopik , G Kesik , D Melnychuk , B Slowinski , A Trzcinski , M Wojciechowski , S Wronka , B Zwieglinski , P Bühler , J Marton , D Steinschaden , K Suzuki , E Widmann , S Zimmermann , J Zmeskal
المصدر:
Journal of physics / G G, Nuclear and particle physics 46(4), 045001-(2019). doi:10.1088/1361-6471/aade3d
بيانات النشر:
IOP Publ., 2019.
سنة النشر:
2019
مصطلحات موضوعية:
Physics , Nuclear and High Energy Physics , Range (particle radiation) , Large Hadron Collider , Physics::Instrumentation and Detectors , 010308 nuclear & particles physics , Hadron , Detector , Barrel (horology) , 7. Clean energy , 01 natural sciences , Ring-imaging Cherenkov detector , Particle identification , Charged particle , Nuclear physics , 0103 physical sciences , High Energy Physics::Experiment , ddc:530 , 010306 general physics , Nuclear Experiment
الوصف:
The $\overline{{\rm{P}}}\mathrm{ANDA}$ (anti-Proton ANnihiliation at DArmstadt) experiment will be one of the four flagship experiments at the new international accelerator complex FAIR (Facility for Antiproton and Ion Research) in Darmstadt, Germany. $\overline{{\rm{P}}}\mathrm{ANDA}$ will address fundamental questions of hadron physics and quantum chromodynamics using high-intensity cooled antiproton beams with momenta between 1.5 and 15 GeV/c and a design luminosity of up to 2 × 1032 cm−2 s−1. Excellent particle identification (PID) is crucial to the success of the $\overline{{\rm{P}}}\mathrm{ANDA}$ physics program. Hadronic PID in the barrel region of the target spectrometer will be performed by a fast and compact Cherenkov counter using the detection of internally reflected Cherenkov light (DIRC) technology. It is designed to cover the polar angle range from 22° to 140° and will provide at least 3 standard deviations (s.d.) π/K separation up to 3.5 GeV/c, matching the expected upper limit of the final state kaon momentum distribution from simulation. This documents describes the technical design and the expected performance of the $\overline{{\rm{P}}}\mathrm{ANDA}$ Barrel DIRC detector. The design is based on the successful BaBar DIRC with several key improvements. The performance and system cost were optimized in detailed detector simulations and validated with full system prototypes using particle beams at GSI and CERN. The final design meets or exceeds the PID goal of clean π/K separation with at least 3 s.d. over the entire phase space of charged kaons in the Barrel DIRC.
اللغة:
English
الوصول الحر:
https://explore.openaire.eu/search/publication?articleId=doi_dedup___::294ef112cc459084350a88cb9dfab644Test https://hdl.handle.net/2128/22196Test
حقوق:
OPEN
رقم الانضمام:
edsair.doi.dedup.....294ef112cc459084350a88cb9dfab644
قاعدة البيانات:
OpenAIRE
