Optimization of the JUNO liquid scintillator composition using a Daya Bay antineutrino detector

Author:

Abusleme A.,Adam T.,Ahmad S.,Aiello S.,Akram M.,Ali N.,An F.P.,An G.P.,An Q.,Andronico G.,Anfimov N.,Antonelli V.,Antoshkina T.,Asavapibhop B.,de André J.P.A.M.,Babic A.,Balantekin A.B.,Baldini W.,Baldoncini M.,Band H.R.,Barresi A.,Baussan E.,Bellato M.,Bernieri E.,Biare D.,Birkenfeld T.,Bishai M.,Blin S.,Blum D.,Blyth S.,Bordereau C.,Brigatti A.,Brugnera R.,Budano A.,Burgbacher P.,Buscemi M.,Bussino S.,Busto J.,Butorov I.,Cabrera A.,Cai H.,Cai X.,Cai Y.K.,Cai Z.Y.,Cammi A.,Campeny A.,Cao C.Y.,Cao G.F.,Cao J.,Caruso R.,Cerna C.,Chang J.F.,Chang Y.,Chen H.S.,Chen P.A.,Chen P.P.,Chen S.M.,Chen S.J.,Chen X.R.,Chen Y.W.,Chen Y.X.,Chen Y.,Chen Z.,Cheng J.,Cheng Y.P.,Cheng Z.K.,Chepurnov A.,Cherwinka J.J.,Chiarello F.,Chiesa D.,Chimenti P.,Chu M.C.,Chukanov A.,Chuvashova A.,Clementi C.,Clerbaux B.,Di Lorenzo S. Conforti,Corti D.,Costa S.,Dal Corso F.,Cummings J.P.,Dalager O.,De La Taille C.,Deng F.S.,Deng J.W.,Deng Z.,Deng Z.Y.,Depnering W.,Diaz M.,Ding X.F.,Ding Y.Y.,Dirgantara B.,Dmitrievsky S.,Diwan M.V.,Dohnal T.,Donchenko G.,Dong J.M.,Dornic D.,Doroshkevich E.,Dove J.,Dracos M.,Druillole F.,Du S.X.,Dusini S.,Dvorak M.,Dwyer D.A.,Enqvist T.,Enzmann H.,Fabbri A.,Fajt L.,Fan D.H.,Fan L.,Fang C.,Fang J.,Fatkina A.,Fedoseev D.,Fekete V.,Feng L.C.,Feng Q.C.,Fiorentini G.,Ford R.,Formozov A.,Fournier A.,Franke S.,Gallo J.P.,Gan H.N.,Gao F.,Garfagnini A.,Göttel A.,Genster C.,Giammarchi M.,Giaz A.,Giudice N.,Giuliani F.,Gonchar M.,Gong G.H.,Gong H.,Gorchakov O.,Gornushkin Y.,Grassi M.,Grewing C.,Gromov M.,Gromov V.,Gu M.H.,Gu W.Q.,Gu X.F.,Gu Y.,Guan M.Y.,Guardone N.,Gul M.,Guo C.,Guo J.Y.,Guo L.,Guo W.L.,Guo X.H.,Guo Y.H.,Guo Z.,Haacke M.,Hackenburg R.W.,Hackspacher P.,Hagner C.,Han R.,Han Y.,Hans S.,He M.,He W.,Heeger K.M.,Heinz T.,Heng Y.K.,Herrera R.,Higuera A.,Hong D.J.,Hor Y.K.,Hou S.J.,Hsiung Y.B.,Hu B.Z.,Hu H.,Hu J.R.,Hu J.,Hu S.Y.,Hu T.,Hu Z.J.,Huang C.H.,Huang G.H.,Huang H.X.,Huang Q.H.,Huang W.H.,Huang X.T.,Huang Y.B.,Huber P.,Hui J.Q.,Huo L.,Huo W.J.,Huss C.,Hussain S.,Insolia A.,Ioannisian A.,Ioannisyan D.,Isocrate R.,Jaffe D.E.,Jen K.L.,Ji X.L.,Ji X.P.,Ji X.Z.,Jia H.H.,Jia J.J.,Jian S.Y.,Jiang D.,Jiang X.S.,Jin R.Y.,Jing X.P.,Johnson R.A.,Jollet C.,Jones D.,Joutsenvaara J.,Jungthawan S.,Kalousis L.,Kampmann P.,Kang L.,Karagounis M.,Kazarian N.,Kettell S.H.,Khan A.,Khan W.,Khosonthongkee K.,Kinz P.,Kohn S.,Korablev D.,Kouzakov K.,Kramer M.,Krasnoperov A.,Krokhaleva S.,Krumshteyn Z.,Kruth A.,Kutovskiy N.,Kuusiniemi P.,Lachacinski B.,Lachenmaier T.,Landini C.,Langford T.J.,Lee J.,Lee J.H.C.,Lefevre F.,Lei L.,Lei R.,Leitner R.,Leung J.,Li D.M.,Li F.,Li F.,Li H.T.,Li H.L.,Li J.,Li J.J.,Li J.Q.,Li K.J.,Li M.Z.,Li N.,Li N.,Li Q.J.,Li Q.J.,Li R.H.,Li S.C.,Li S.F.,Li S.J.,Li T.,Li W.D.,Li W.G.,Li X.M.,Li X.N.,Li X.L.,Li X.Q.,Li Y.,Li Y.F.,Li Z.B.,Li Z.Y.,Liang H.,Liang H.,Liang J.J.,Liebau D.,Limphirat A.,Limpijumnong S.,Lin C.J.,Lin G.L.,Lin S.X.,Lin T.,Lin Y.H.,Ling J.J.,Link J.M.,Lippi I.,Littenberg L.,Littlejohn B.R.,Liu F.,Liu H.,Liu H.,Liu H.B.,Liu H.D.,Liu H.J.,Liu H.T.,Liu J.C.,Liu J.L.,Liu M.,Liu Q.,Liu Q.,Liu R.X.,Liu S.Y.,Liu S.B.,Liu S.L.,Liu X.W.,Liu Y.,Lokhov A.,Lombardi P.,Loo K.,Lorenz S.,Lu C.,Lu C.,Lu H.Q.,Lu J.B.,Lu J.G.,Lu S.X.,Lu X.X.,Lubsandorzhiev B.,Lubsandorzhiev S.,Ludhova L.,Luk K.B.,Luo F.J.,Luo G.,Luo P.W.,Luo S.,Luo W.M.,Lyashuk V.,Ma Q.M.,Ma S.,Ma X.B.,Ma X.Y.,Ma Y.Q.,Malyshkin Y.,Mantovani F.,Mao Y.J.,Mari S.M.,Marini F.,Marium S.,Marshall C.,Martellini C.,Martin-Chassard G.,Caicedo D.A. Martinez,Martini A.,Martino J.,Mayilyan D.,McDonald K.T.,McKeown R.D.,Müller A.,Meng G.,Mednieks I.,Meng Y.,Meregaglia A.,Meroni E.,Meyhöfer D.,Mezzetto M.,Miller J.,Miramonti L.,Monforte S.,Montini P.,Montuschi M.,Morozov N.,Muralidharan P.,Napolitano J.,Nastasi M.,Naumov D.V.,Naumova E.,Nemchenok I.,Nikolaev A.,Ning F.P.,Ning Z.,Nunokawa H.,Oberauer L.,Ochoa-Ricoux J.P.,Olshevskiy A.,Ortica F.,Pan H.R.,Paoloni A.,Park J.,Parkalian N.,Parmeggiano S.,Patton S.,Payupol T.,Pec V.,Pedretti D.,Pei Y.T.,Pelliccia N.,Peng A.G.,Peng H.P.,Peng J.C.,Perrot F.,Petitjean P.A.,Rico L.F. Pineres,Popov A.,Poussot P.,Pratumwan W.,Previtali E.,Pun C.S.J.,Qi F.Z.,Qi M.,Qian S.,Qian X.,Qian X.H.,Qiao H.,Qin Z.H.,Qiu S.K.,Rajput M.,Ranucci G.,Raper N.,Re A.,Rebber H.,Rebii A.,Ren B.,Ren J.,Reveco C.M.,Rezinko T.,Ricci B.,Robens M.,Roche M.,Rodphai N.,Rohwer L.,Romani A.,Rosero R.,Roskovec B.,Roth C.,Ruan X.C.,Ruan X.D.,Rujirawat S.,Rybnikov A.,Sadovsky A.,Saggese P.,Salamanna G.,Sangka A.,Sanguansak N.,Sawangwit U.,Sawatzki J.,Sawy F.,Schever M.,Schuler J.,Schwab C.,Schweizer K.,Selivanov D.,Selyunin A.,Serafini A.,Settanta G.,Settimo M.,Shahzad M.,Shi G.,Shi J.Y.,Shi Y.J.,Shutov V.,Sidorenkov A.,Šimkovic F.,Sirignano C.,Siripak J.,Sisti M.,Slupecki M.,Smirnov M.,Smirnov O.,Sogo-Bezerra T.,Songwadhana J.,Soonthornthum B.,Sotnikov A.,Sramek O.,Sreethawong W.,Stahl A.,Stanco L.,Stankevich K.,Štefánik D.,Steiger H.,Steiner H.,Steinmann J.,Stender M.,Strati V.,Studenikin A.,Sun G.X.,Sun L.T.,Sun J.L.,Sun S.F.,Sun X.L.,Sun Y.J.,Sun Y.Z.,Suwonjandee N.,Szelezniak M.,Tang J.,Tang Q.,Tang Q.,Tang X.,Tietzsch A.,Tkachev I.,Tmej T.,Treskov K.,Troni G.,Trzaska W.,Tse W.-H.,Tull C.E.,Tuve C.,van Waasen S.,Boom J. van den,Vassilopoulos N.,Vedin V.,Verde G.,Vialkov M.,Viaud B.,Viren B.,Volpe C.,Vorobel V.,Votano L.,Walker P.,Wang C.,Wang C.H.,Wang E.,Wang G.L.,Wang J.,Wang J.,Wang K.Y.,Wang L.,Wang M.F.,Wang M.,Wang M.,Wang N.Y.,Wang R.G.,Wang S.G.,Wang W.,Wang W.,Wang W.S.,Wang X.,Wang X.Y.,Wang Y.,Wang Y.,Wang Y.,Wang Y.F.,Wang Y.G.,Wang Y.M.,Wang Y.Q.,Wang Z.,Wang Z.,Wang Z.M.,Wang Z.Y.,Watcharangkool A.,Wei H.Y.,Wei L.H.,Wei W.,Wei Y.D.,Wen L.J.,Whisnant K.,White C.G.,Wiebusch C.,Wong S.C.F.,Wong H.L.H.,Wonsak B.,Worcester E.,Wu C.H.,Wu D.R.,Wu F.L.,Wu Q.,Wu W.J.,Wu Z.,Wurm M.,Wurtz J.,Wysotzki C.,Xi Y.F.,Xia D.M.,Xie Y.G.,Xie Z.Q.,Xing Z.Z.,Xu D.L.,Xu F.R.,Xu H.K.,Xu J.L.,Xu J.,Xu M.H.,Xu T.,Xu Y.,Xu Y.,Xue T.,Yan B.J.,Yan X.B.,Yan Y.P.,Yang A.B.,Yang C.G.,Yang H.,Yang J.,Yang L.,Yang X.Y.,Yang Y.F.,Yang Y.Z.,Yao H.F.,Yasin Z.,Ye J.X.,Ye M.,Yegin U.,Yeh M.,Yermia F.,Yi P.H.,You Z.Y.,Young B.L.,Yu B.X.,Yu C.X.,Yu C.Y.,Yu H.Z.,Yu M.,Yu X.H.,Yu Z.Y.,Yuan C.Z.,Yuan Y.,Yuan Z.X.,Yuan Z.Y.,Yue B.B.,Zafar N.,Zambanini A.,Zeng P.,Zeng S.,Zeng T.X.,Zeng Y.D.,Zhan L.,Zhang C.,Zhang F.Y.,Zhang G.Q.,Zhang H.H.,Zhang H.Q.,Zhang J.,Zhang J.B.,Zhang J.W.,Zhang P.,Zhang Q.M.,Zhang T.,Zhang X.M.,Zhang X.T.,Zhang Y.,Zhang Y.H.,Zhang Y.M.,Zhang Y.P.,Zhang Y.X.,Zhang Y.Y.,Zhang Y.Y.,Zhang Z.J.,Zhang Z.P.,Zhang Z.Y.,Zhang Z.Y.,Zhao F.Y.,Zhao J.,Zhao R.,Zhao S.J.,Zhao T.C.,Zheng D.Q.,Zheng H.,Zheng M.S.,Zheng Y.H.,Zhong W.R.,Zhou J.,Zhou L.,Zhou N.,Zhou S.,Zhou X.,Zhu J.,Zhu K.J.,Zhuang H.L.,Zong L.,Zou J.H.

Funder

Ministry of Science and Technology of China

U.S. Department of Energy

Chinese Academy of Sciences

CAS Center for Excellence in Particle Physics

National Natural Science Foundation of China

Guangdong provincial government

Shenzhen municipal government

China General Nuclear Power Group

Research Grants Council of the Hong Kong Special Administrative Region of China

MOE in Taiwan

U.S. National Science Foundation

Ministry of Education, Youth, and Sports of the Czech Republic

Charles University

Nuclear Research in Dubna, Russia

National Commission of Scientific and Technological Research of Chile

National Key R&D Program of China

NSFC

CAS

Wuyi University

Shanghai Jiao Tong University in China

Institut National de Physique Nucléaire et de Physique de Particules (IN2P3) in France

Istituto Nazionale di Fisica Nucleare (INFN) in Italy

Fond de la Recherche Scientifique

FWO

Conselho Nacional de Desenvolvimento Científico e Tecnològico in Brazil

Agencia Nacional de Investigación y Desarrollo in Chile

Ministry of Education, Youth, and Sports in Czech Republic

Deutsche Forschungsgemeinschaft

Helmholtz Association

Cluster of Excellence PRISMA+ in Germany

Joint Institute of Nuclear Research

Lomonosov Moscow State University

Russian Foundation for Basic Research (RFBR) in Russia

MOST

Chulalongkorn University

Suranaree University of Technology in Thailand

University of California

Publisher

Elsevier BV

Subject

Instrumentation,Nuclear and High Energy Physics

Reference28 articles.

1. Detection of the free neutrino: A confirmation;Cowan;Science,1956

2. Precision measurement of neutrino oscillation parameters with KamLAND;Abe;Phys. Rev. Lett.,2008

3. Direct measurement of the Be-7 solar neutrino flux with 192 days of borexino data;Arpesella;Phys. Rev. Lett.,2008

4. Observation of electron-antineutrino disappearance at Daya Bay;An;Phys. Rev. Lett.,2012

5. Z. Djurcic, et al. JUNO conceptual design report, arXiv:1508.07166.

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