Precision Neutrino Oscillation Physics with JUNO

使用 JUNO 进行精密中微子振荡物理学

• 批准号: 2111546
• 负责人: Juan Ochoa-Ricoux
• 金额: $ 50.27万
• 依托单位: University of California-Irvine
• 依托单位国家: 美国
• 项目类别: Continuing Grant
• 财政年份: 2021
• 资助国家: 美国
• 起止时间: 2021-09-01 至 2024-08-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=2111546&HistoricalAwards=false
• 关键词: Precision; Neutrino; Oscillation; Physics; JUNO

Neutrinos are among the most ubiquitous and intriguing of the fundamental elementary particles. They have no electric charge and interact only very weakly with the other fundamental particles of nature. They were also long thought to be massless. However, a revolution in our understanding of neutrinos occurred roughly two decades ago with the discovery that these elusive particles change their quantum property known as flavor as they travel through space. This phenomenon, commonly referred to as neutrino oscillation, is now confirmed by a wealth of data and implies that the neutrino must have a mass, even if very small. This award supports the activities of the Jiangmen Underground Neutrino Observatory (JUNO) group at the University of California-Irvine (UCI). The JUNO experiment is primarily designed to provide precision measurements of the interactions of neutrinos produced in reactors at the China Taishan and Yangjiang nuclear power plants. The UCI JUNO team will provide key contributions to the installation and commissioning of the experiment’s small photomultiplier tube (PMT) system and will lead the calibration of the energy response of the full detector. The team is also preparing the data analyses for the first oscillation parameter measurements of the new detector. The program reinitiates the UCI QuarkNet center, including a Masterclass focused on the JUNO experiment, with a primary goal of providing opportunities in particle physics research to high-school teachers and their students with a particular focus on participants from underrepresented groups.JUNO is currently under construction in the southeast of China and is designed to provide a first measurement of the ordering of the neutrino mass states. The detector is scheduled to begin data taking in 2022. The UCI JUNO group is a leader in the project’s small (3-inch) PMT system, consisting of 25,600 photodetectors. Combined with the laser calibration system, the small PMT system is essential to realizing an energy response of the full JUNO detector of 3 percent at 1 MeV and become the first experiment to observe the effect of the “fast” (first and third eigenstates) and “slow” (first and second eigenstates) oscillation frequencies simultaneously. In addition, reaching the detector design energy response will make it possible to measure the oscillation cycles driven by the mass splitting of the second and third eigenstates, and thus discriminate between the two mass ordering scenarios at approximately 3 sigma after 6 years of data taking.This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the Foundation's intellectual merit and broader impacts review criteria.

中微子是最普遍和最有趣的基本粒子之一。 它们不带电荷，与自然界中其他基本粒子的相互作用非常微弱。它们也一直被认为是无质量的。 然而，大约20年前，我们对中微子的理解发生了革命性的变化，发现这些难以捉摸的粒子在太空中旅行时会改变它们的量子特性，称为味道。这种现象，通常被称为中微子振荡，现在被大量的数据所证实，这意味着中微子必须有质量，即使非常小。该奖项支持了位于加州大学欧文分校（UCI）的江门地下中微子天文台（JUNO）小组的活动。JUNO实验的主要目的是对中国台山和阳江核电站反应堆中产生的中微子相互作用进行精确测量。UCI JUNO团队将为实验的小型光电倍增管（PMT）系统的安装和调试提供关键贡献，并将领导整个探测器的能量响应校准。 该小组还在为新探测器的第一次振荡参数测量准备数据分析。 该计划重新启动了UCI QuarkNet中心，包括一个专注于JUNO实验的大师班，其主要目标是为高中教师和学生提供粒子物理研究的机会，特别关注来自代表性不足的群体的参与者。JUNO目前正在中国东南部建设，旨在提供中微子质量态排序的首次测量。 探测器计划于2022年开始数据采集。UCI JUNO集团是该项目小型（3英寸）PMT系统的领导者，该系统由25，600个光电探测器组成。 与激光校准系统相结合，小型PMT系统对于实现全JUNO探测器在1 MeV下3%的能量响应至关重要，并成为第一个同时观察“快”（第一和第三本征态）和“慢”（第一和第二本征态）振荡频率影响的实验。此外，达到探测器设计能量响应将使得有可能测量由第二和第三本征态的质量分裂驱动的振荡周期，该奖项反映了NSF的法定使命，并被认为值得通过使用基金会的智力价值和更广泛的评估来支持。影响审查标准。

项目成果

Prospects for detecting the diffuse supernova neutrino background with JUNO

• DOI: 10.1088/1475-7516/2022/10/033
• 发表时间: 2022-05
• 期刊: Journal of Cosmology and Astroparticle Physics
• 影响因子: 6.4
• 作者: Juno collaboration Angel Abusleme;T. Adam;Shakeel Ahmad;Rizwan Ahmed;S. Aiello;M. Akram;F. An

Damping signatures at JUNO, a medium-baseline reactor neutrino oscillation experiment

• DOI: 10.1007/jhep06(2022)062
• 发表时间: 2021-12
• 期刊: Journal of High Energy Physics
• 影响因子: 5.4
• 作者: Juno Wang;J. Liao;Wei Wang-;A. Abusleme;T. Adam;Shakeel Ahmad;R. Ahmed;S. Aiello;M. Akram;F. An;Q. An;G. Andronico;N. Anfimov;V. Antonelli;T. Antoshkina;B. Asavapibhop;J. Andr'e;D. Auguste;A. Babič;N. Balashov;Wander Baldini;A. Barresi;D. Basilico;E. Baussan;M. Bellato;A. Bergnoli;T. Birkenfeld;S. Blin;D. Blum;S. Blyth;A. Bolshakova;M. Bongrand;C. Bordereau;D. Breton;A. Brigatti;R. Brugnera;R. Bruno;A. Budano;M. Buscemi;J. Busto;I. Butorov;A. Cabrera;Hao Cai;Xiao Cai;Yanke Cai;Z. Cai;R. Callegari;A. Cammi;A. Campeny;C. Cao;G. M. Cao;Jun Cao;R. Caruso;C. Cerna;Jinfan Chang;Yung-Hsi Chang;Pingping Chen;Po-An Chen;Shaomin Chen;Xurong Chen;Yi-Wen Chen;Yi-xin Chen;Yu Chen;Zhang Chen;Jie Cheng;Yaping Cheng;A. Chetverikov;D. Chiesa;P. Chimenti;A. Chukanov;G. Claverie;C. Clementi;B. Clerbaux;S. C. D. Lorenzo;D. Corti;F. Corso;O. Dalager;C. Taille;Jiawei Deng;Z. Deng;Ziyan Deng;W. Depnering;M. Diaz;Xuefeng Ding;Yayun Ding;B. Dirgantara;S. Dmitrievsky;T. Dohnal;D. Dolzhikov;G. Donchenko;Jian-Li Dong;E. Doroshkevich;M. Dracos;F. Druillole;R. Du;S. Du;S. Dusini;M. Dvořák;T. Enqvist;H. Enzmann;Andrea Fabbri;L. Fajt;D. Fan;L. Fan;Jian Fang;W. Fang;M. Fargetta;D. Fedoseev;V. Fekete;Li Feng;Qichun Feng;R. Ford;A. Fournier;H. Gan;F. Gao;A. Garfagnini;Arsenii Gavrikov;M. Giammarchi;A. Giaz;N. Giudice;M. Gonchar;G. Gong;H. Gong;Y. Gornushkin;A. Gottel;M. Grassi;C. Grewing;V. Gromov;M. Gu;X. Gu;Yunting Gu;M. Guan;N. Guardone;M. Gul;Cong Guo;Jingyuan Guo;Wanlei Guo;Xinheng Guo;Yuhang Guo;P. Hackspacher;C. Hagner;R. Han;Yang Han;M. Hassan;Miao He;W. He;T. Heinz;P. Hellmuth;Yuekun Heng;R. Herrera;Y. Hor;Shaojing Hou;Y. Hsiung;B. Hu;Hang Hu;Jianrun Hu;Jun Hu;Shouyang Hu;T. Hu;Zhuojun Hu;Chunhao Huang;Guihong Huang;Hanxiong Huang;Wenhao Huang;X. Huang;X. Huang;Yongbo Huang;J. Hui;L. Huo;W. Huo;C. Huss;S. Hussain;A. Ioannisian;R. Isocrate;B. Jelmini;K. Jen;Ignacio Jeria;X. Ji;X. Ji;Huihui Jia;Junji Jia;S. Jian;D. Jiang;Wei Jiang;Xiaoshan Jiang;R. Jin;X. Jing;C. Jollet;J. Joutsenvaara;S. Jungthawan;L. Kalousis;P. Kampmann;Line Kang;Rebin Karaparambil;N. Kazarian;K. Khosonthongkee;D. Korablev;K. Kouzakov;A. Krasnoperov;A. Kruth;N. Kutovskiy;P. Kuusiniemi;T. Lachenmaier;C. Landini;S. Leblanc;V. Lebrin;F. Lefèvre;R. Lei;R. Leitner;Jason Leung;Demin Li;Fei Li;Fule Li;Haitao Li;Huiling Li;Jiaqi Li;Mengzhao Li;Min Li;Nan Li;Qingjiang Li;Ruhui Li;Shanfeng Li;Tao Li;Weidong Li;Wei-guo Li;Xiaomei Li;Xiao-nan Li;Xinglong Li;Yi Li;Yufeng Li;Zhaohan Li;Zhibing Li;Zi-Yuan Li;Hao Liang;D. Liebau;A. Limphirat;S. Limpijumnong;G. Lin;Shengxin Lin;T. Lin;Jiajie Ling;I. Lippi;Fang Liu;Haidong Liu;Hongbang Liu;Hongjuan Liu;Hongtao Liu;Hui Liu;Jianglai Liu;Jin-Chang Liu;Min Liu;Qian Liu;Qin Liu;Runxuan Liu;Shuangyu Liu;Shubin Liu;Shulin Liu;Xiaowei Liu;Xiwen Liu;Y. Liu;Yunzhe Liu;A. Lokhov;P. Lombardi;C. Lombardo;K. Loo;Chuan Lu;Hao-Qi Lu;Jing-qiao Lu;Junguang Lu;Shu-ying Lu;Xiao-xu Lu;B. Lubsandorzhiev;S. Lubsandorzhiev;L. Ludhova;A. Lukanov;F. Luo;G. Luo;P. Luo;Shuqin Luo;Wu Luo;V. Lyashuk;B. Ma;Q. Ma;Si Ma;Xiao-ying Ma;Xubo Ma;J. Maalmi;Y. Malyshkin;R. C. Mandujano;F. Mantovani;Francesco Manzali;X. Mao;Y. Mao;S. Mari;F. Marini;S. Marium;C. Martellini;G. Martin-Chassard;A. Martini;M. Mayer;D. Mayilyan;I. Mednieks;Y. Meng;A. Meregaglia;E. Meroni;D. Meyhofer;M. Mezzetto;Jonathan Miller;L. Miramonti;P. Montini;M. Montuschi;Axel Muller;M. Nastasi;D. Naumov;E. Naumova;D. Navas-Nicolás;I. Nemchenok;Minh Hai Nguyen Thi;F. Ning;Z. Ning;H. Nunokawa;L. Oberauer;J. Ochoa-Ricoux;A. Olshevskiy;D. Orestano;F. Ortica;R. Othegraven;Hsiao-Ru Pan;A. Paoloni;S. Parmeggiano;Y. Pei;N. Pelliccia;A. Peng;H. Peng;F. Perrot;P. Petitjean;F. Petrucci;O. Pilarczyk;L. F. P. Rico;A. Popov;P. Poussot;W. Pratumwan;E. Previtali;Fazhi Qi;M. Qi;Sen Qian;X. Qian;Zhenhai Qian;H. Qiao;Zhonghua Qin;S. Qiu;M. Rajput;G. Ranucci;N. Raper;A. Re;H. Rebber;A. Rebii;B. Ren;Jie Ren;B. Ricci;M. Robens;M. Roche;N. Rodphai;A. Romani;B. Roskovec;C. Roth;X. Ruan;X. Ruan;S. Rujirawat;A. Rybnikov;A. Sadovsky;P. Saggese;S. Sanfilippo;A. Sangka;N. Sanguansak;U. Sawangwit;J. Sawatzki;F. Sawy;M. Schever;C. Schwab;K. Schweizer;A. Selyunin;A. Serafini;G. Settanta;M. Settimo;Z. Shao;V. Sharov;A. Shaydurova;Jingyan Shi;Yanan Shi;V. Shutov;A. Sidorenkov;F. vSimkovic;C. Sirignano;J. Siripak;M. Sisti;M. Slupecki;M. Smirnov;O. Smirnov;T. Sogo-Bezerra;S. Sokolov;J. Songwadhana;B. Soonthornthum;A. Sotnikov;Ondvrej vSr'amek;W. Sreethawong;A. Stahl;L. Stanco;K. Stankevich;D. vStef'anik;H. Steiger;J. Steinmann;T. Sterr;M. Stock;V. Strati;A. Studenikin;Shifeng Sun;Xilei Sun;Y. Sun;Yongzhao Sun;N. Suwonjandee;M. Szelezniak;Jian Tang;Q. Tang;Q. Tang;Xiao Tang;A. Tietzsch;Igor O. Tkachev;T. Tměj;M. Torri;K. Treskov;A. Triossi;G. Troni;W. Trzaska;C. Tuvè;N. Ushakov;J. V. Boom;S. Waasen;G. Vanroyen;V. Vedin;G. Verde;M. Vialkov;B. Viaud;M. Vollbrecht;C. Volpe;V. Vorobel;D. Voronin;L. Votano;P. Walker;Caishen Wang;Chung-Hsiang Wang;E. Wang;Guoli Wang;Jian Wang;Kunyu Wang;Lucinda W. Wang;Meifen Wang;Meng Wang;Ruiguang Wang;Siguang Wang;Wenshuai Wang;Xi Wang;Xiangyue Wang;Yangfu Wang;Yaoguang Wang;Yi Wang;Yifang Wang;Yuanqing Wang;Yuman Wang;Zhe Wang;Zheng Wang;Zhimin Wang;Zongyi Wang;M. Waqas;A. Watcharangkool;Lianghong Wei;Wei Wei-Wei;Wenlu Wei;Yadong Wei;K. Wen;L. Wen;C. Wiebusch;S. Wong;B. Wonsak;Diru Wu;Qun Wu;Zhi Wu;M. Wurm;J. Wurtz;C. Wysotzki;Y. Xi;D. Xia;Xiaochuan Xie;Yu-guang Xie;Z. Xie;Z. Xing;Benda Xu;Chengze Xu;Donglian Xu;Fanrong Xu;Hangkun Xu;Jilei Xu;Jing Xu;Mei-hang Xu;Yin Xu;Yu Xu;B. Yan;T. Yan;Wenqi Yan;Xiong Yan;Yu-e Yan;Anbo Yang;Chang-gen Yang;Chengfeng Yang;Huan Yang;Jie Yang;Lei Yang;Xiaoyu Yang;Yifan Yang;H. Yao;Z. Yasin;Jiaxuan Ye;M. Ye;Z. Ye;U. Yegin;F. Yermia;P. Yi;N. Yin;Xiangwei Yin;Z. You;Boxiang Yu;Chiye Yu;Chun-xu Yu;Hongzhao Yu;Miao Yu;Xianghui Yu;Zeyuan Yu;Zezhong Yu;Chengzhuo Yuan;Ying Yuan;Zhenxiong Yuan;Ziyi Yuan;B. Yue;N. Zafar;A. Zambanini;V. Zavadskyi;Shan Zeng;Tingxuan Zeng;Yuda Zeng;L. Zhan;Aiqiang Zhang;Feiyang Zhang;Guoqing Zhang;Hai-qiong Zhang;Honghao Zhang;Jiawen Zhang;Jie Zhang;Jin Zhang;Jingbo Zhang;Jinnan Zhang;Peng Zhang;Qingmin Zhang;Shiqi Zhang;S. Zhang;Zhang Tao;Xiaomei Zhang;Xuan-tong Zhang;Xueyao Zhang;Yan Zhang;Yinhong Zhang;Yiyu Zhang;Yongpeng Zhang;Yuanyuan Zhang;Yumei Zhang;Zhenyu Zhang;Zhijian Zhang;F. Zhao;Jie Zhao;R. Zhao;Shujun Zhao;T. Zhao;D. Zheng;Hua Zheng;M. Zheng;Yangheng Zheng;W. Zhong;Jing Zhou;Li Zhou;Nan Zhou;Shun Zhou;Tong Zhou;Xiaoping Zhou;Jiang Zhu;Kangfu Zhu;K. Zhu;Zhihang Zhu;Bole Zhuang;Honglin Zhuang;L. Zong;Jiaheng Zou

Radioactivity control strategy for the JUNO detector

• DOI: 10.1007/jhep11(2021)102
• 发表时间: 2021-07
• 期刊: Journal of High Energy Physics
• 影响因子: 5.4
• 作者: Juno collaboration Angel Abusleme;T. Adam;Shakeel Ahmad;R. Ahmed;S. Aiello;M. Akram;F. An;Q. An;G. Andronico;N. Anfimov;V. Antonelli;T. Antoshkina;B. Asavapibhop;J. Andr'e;D. Auguste;A. Babič;Wander Baldini;A. Barresi;D. Basilico;E. Baussan;M. Bellato;A. Bergnoli;T. Birkenfeld;S. Blin;D. Blum;S. Blyth;A. Bolshakova;M. Bongrand;C. Bordereau;D. Breton;A. Brigatti;R. Brugnera;R. Bruno;A. Budano;M. Buscemi;J. Busto;I. Butorov;A. Cabrera;H. Cai;Xiao Cai;Yanke Cai;Z. Cai;A. Cammi;A. Campeny;C. Cao;G. Cao;Jun Cao;R. Caruso;C. Cerna;Jinfan Chang;Yung-Hsi Chang;Pingping Chen;Po-An Chen;Shaomin Chen;Xurong Chen;Yi-Wen Chen;Yixue Chen;Yu Chen;Zhang Chen;Jie Cheng;Yaping Cheng;A. Chetverikov;D. Chiesa;P. Chimenti;A. Chukanov;G. Claverie;C. Clementi;B. Clerbaux;S. C. D. Lorenzo;D. Corti;O. Cremonesi;F. Corso;O. Dalager;C. Taille;Jiawei Deng;Z. Deng;Ziyan Deng;W. Depnering;M. Diaz;Xuefeng Ding;Yayun Ding;B. Dirgantara;S. Dmitrievsky;T. Dohnal;D. Dolzhikov;G. Donchenko;Jian-Li Dong;E. Doroshkevich;M. Dracos;F. Druillole;S. Du;S. Dusini;M. Dvořák;T. Enqvist;H. Enzmann;A. Fabbri;L. Fajt;D. Fan;L. Fan;Jian Fang;W. Fang;M. Fargetta;D. Fedoseev;V. Fekete;Li Feng;Qichun Feng;R. Ford;A. Formozov;A. Fournier;H. Gan;F. Gao;A. Garfagnini;M. Giammarchi;A. Giaz;N. Giudice;M. Gonchar;G. Gong;H. Gong;Y. Gornushkin;A. Gottel;M. Grassi;C. Grewing;V. Gromov;M. Gu;X. Gu;Yunting Gu;M. Guan;N. Guardone;M. Gul;Cong Guo;Jingyuan Guo;Wanlei Guo;Xinheng Guo;Yuhang Guo;P. Hackspacher;C. Hagner;R. Han;Yang Han;M. Hassan;Miao-fu He;W. He;T. Heinz;P. Hellmuth;Yuekun Heng;R. Herrera;Y. Hor;Shaojing Hou;Y. Hsiung;B. Hu;Hang Hu;Jianrun Hu;Jun Hu;Shouyang Hu;T. Hu;Zhuojun Hu;Chunhao Huang;Guihong Huang;Hanxiong Huang;Wenhao Huang;X. Huang;X. Huang;Yongbo Huang;J. Hui;L. Huo;W. Huo;C. Huss;S. Hussain;A. Ioannisian;R. Isocrate;B. Jelmini;K. Jen;Ignacio Jeria;X. Ji;X. Ji;Huihui Jia;J. Jia;S. Jian;D. Jiang;Xiaoshan Jiang;R. Jin;X. Jing;C. Jollet;J. Joutsenvaara;S. Jungthawan;L. Kalousis;P. Kampmann;Line Kang;Rebin Karaparambil;N. Kazarian;W. Khan;K. Khosonthongkee;D. Korablev;K. Kouzakov;A. Krasnoperov;A. Kruth;N. Kutovskiy;P. Kuusiniemi;T. Lachenmaier;C. Landini;S. Leblanc;V. Lebrin;F. Lefèvre;R. Lei;R. Leitner;Jason Leung;Demin Li;Fei Li;Fule Li;Haitao Li;Huiling Li;Jiaqi Li;Mengzhao Li;Min Li;Nan Li;Qingjiang Li;Ruhui Li;Shanfeng Li;Tao Li;Weidong Li;Wei-guo Li;Xiaomei Li;Xiao-nan Li;Xinglong Li;Yi Li;Yufeng Li;Zhaohan Li;Zhibing Li;Zi-Yuan Li;Hao Liang;Jia-Ming Liao;D. Liebau;A. Limphirat;S. Limpijumnong;G. Lin;Shengxin Lin;T. Lin;J. Ling;I. Lippi;Fang Liu;Haidong Liu;Hongbang Liu;Hongjuan Liu;Hongtao Liu;Hui Liu;Jianglai Liu;Jin-Chang Liu;Min Liu;Qian Liu;Qin Liu;Runxuan Liu;Shuangyue Liu;Shubin Liu;Shulin Liu;Xiaowei Liu;Xiwen Liu;Y. Liu;Yunzhe Liu;A. Lokhov;P. Lombardi;C. Lombardo;K. Loo;Chuan Lu;Hao-Qi Lu;Jingbin Lu;Junguang Lu;Shu-ying Lu;Xiao-xu Lu;B. Lubsandorzhiev;S. Lubsandorzhiev;L. Ludhova;F. Luo;G. Luo;P. Luo;S. Luo;W. Luo;V. Lyashuk;B. Ma;Q. Ma;Si Ma;Xiaoyan Ma;Xubo Ma;J. Maalmi;Y. Malyshkin;F. Mantovani;Francesco Manzali;X. Mao;Y. Mao;S. Mari;F. Marini;S. Marium;C. Martellini;G. Martin-Chassard;A. Martini;M. Mayer;D. Mayilyan;I. Mednieks;Y. Meng;A. Meregaglia;E. Meroni;D. Meyhofer;M. Mezzetto;Jonathan Miller;L. Miramonti;P. Montini;M. Montuschi;A. Muller;M. Nastasi;D. Naumov;E. Naumova;D. Navas-Nicolás;I. Nemchenok;M. N. Thi;F. Ning;Z. Ning;H. Nunokawa;L. Oberauer;J. Ochoa-Ricoux;A. Olshevskiy;D. Orestano;F. Ortica;R. Othegraven;Hsiao-Ru Pan;A. Paoloni;S. Parmeggiano;Y. Pei;N. Pelliccia;A. Peng;H. Peng;F. Perrot;P. Petitjean;F. Petrucci;O. Pilarczyk;L. F. P. Rico;A. Popov;P. Poussot;W. Pratumwan;E. Previtali;Fazhi Qi;M. Qi;S. Qian;X. Qian;Zhenhai Qian;H. Qiao;Z. Qin;S. Qiu;M. Rajput;G. Ranucci;N. Raper;A. Re;H. Rebber;A. Rebii;B. Ren;Jie Ren;B. Ricci;M. Robens;M. Roche;N. Rodphai;A. Romani;B. Roskovec;C. Roth;X. Ruan;X. Ruan;S. Rujirawat;A. Rybnikov;A. Sadovsky;P. Saggese;S. Sanfilippo;A. Sangka;N. Sanguansak;U. Sawangwit;J. Sawatzki;F. Sawy;M. Schever;C. Schwab;K. Schweizer;A. Selyunin;A. Serafini;G. Settanta;M. Settimo;Z. Shao;V. Sharov;A. Shaydurova;Jingyan Shi;Yanan Shi;V. Shutov;A. Sidorenkov;F. vSimkovic;C. Sirignano;J. Siripak;M. Sisti;M. Slupecki;M. Smirnov;O. Smirnov;T. Sogo-Bezerra;S. Sokolov;J. Songwadhana;B. Soonthornthum;A. Sotnikov;Ondvrej vSr'amek;W. Sreethawong;A. Stahl;L. Stanco;K. Stankevich;D. vStef'anik;H. Steiger;J. Steinmann;T. Sterr;M. Stock;V. Strati;A. Studenikin;Shifeng Sun;Xilei Sun;Y. Sun;Yongzhao Sun;N. Suwonjandee;M. Szelezniak;Jian Tang;Q. Tang;Q. Tang;Xiao Tang;A. Tietzsch;I. Tkachev;T. Tměj;K. Treskov;A. Triossi;G. Troni;W. Trzaska;C. Tuvè;N. Ushakov;J. V. Boom;S. Waasen;G. Vanroyen;N. Vassilopoulos;V. Vedin;G. Verde;M. Vialkov;B. Viaud;M. Vollbrecht;C. Volpe;V. Vorobel;D. Voronin;L. Votano;P. Walker;Caishen Wang;Chung-Hsiang Wang;E. Wang;Guoli Wang;Jian Wang;Jun Wang;Kunyu Wang;Lucinda W. Wang;Meifen Wang;Meng Wang;Ruiguang Wang;Siguang Wang;Wen Wang;Wenshuai Wang;Xi Wang;Xiangyue Wang;Yangfu Wang;Yaoguang Wang;Yi Wang;Yifang Wang;Yuanqing Wang;Yuman Wang;Zhe Wang;Zheng Wang;Zhimin Wang;Zongyi Wang;M. Waqas;A. Watcharangkool;Lianghong Wei;Wei Wei-Wei;Wenlu Wei;Yadong Wei;Liang-Sheng Wen;C. Wiebusch;S. Wong;B. Wonsak;Diru Wu;Fangliang Wu;Qun Wu;Zhi Wu;M. Wurm;J. Wurtz;C. Wysotzki;Y. Xi;D. Xia;Xiaochuan Xie;Yu-guang Xie;Z. Xie;Zhi Xing;Benda Xu;Chengze Xu;Donglian Xu;Fanrong Xu;Hangkun Xu;Jilei Xu;Jing Xu;Mei-hang Xu;Yin Xu;Yu Xu;B. Yan;T. Yan;Wenqi Yan;Xiong Yan;Yu-peng Yan;Anbo Yang;Chang-gen Yang;Chengfeng Yang;Huan Yang;Jie Yang;Lei Yang;Xiaoyu Yang;Yifan Yang;H. Yao;Z. Yasin;Jiaxuan Ye;M. Ye;Z. Ye;U. Yegin;F. Yermia;P. Yi;N. Yin;Xiangwei Yin;Z. You;Boxiang Yu;Chiye Yu;Chun-xu Yu;Hongzhao Yu;Miao Yu;Xianghui Yu;Zeyuan Yu;Zezhong Yu;Chengzhuo Yuan;Ying Yuan;Zhenxiong Yuan;Ziyi Yuan;B. Yue;N. Zafar;A. Zambanini;V. Zavadskyi;Shan Zeng;Tingxuan Zeng;Yuda Zeng;L. Zhan;Aiqiang Zhang;Feiyang Zhang;Guoqing Zhang;Hai-qiong Zhang;Honghao Zhang;Jiawen Zhang;Jie Zhang;Jin Zhang;Jingbo Zhang;Jinnan Zhang;Peng Zhang;Qingmin Zhang;Shiqi Zhang;S. Zhang;Tao Zhang;Xiaomei Zhang;Xuan-tong Zhang;Xueyao Zhang;Yan Zhang;Yinhong Zhang;Yiyu Zhang;Yongpeng Zhang;Yuanyuan Zhang;Yumei Zhang;Zhenyu Zhang;Zhijian Zhang;F. Zhao;Jie Zhao;R. Zhao;Shujun Zhao;T. Zhao;D. Zheng;Huanliang Zheng;M. Zheng;Yangheng Zheng;W. Zhong;Jing Zhou;Li Zhou;Nan Zhou;Shun Zhou;Tong Zhou;Xiang Zhou;Jiang Zhu;Kangfu Zhu;K. Zhu;Zhihang Zhu;Bole Zhuang;Honglin Zhuang;L. Zong;Jiaheng Zou

Mass testing and characterization of 20-inch PMTs for JUNO

• DOI: 10.1140/epjc/s10052-022-11002-8
• 发表时间: 2022-05
• 期刊: The European Physical Journal C
• 作者: A. Abusleme;T. Adam;Shakeel Ahmad;Rizwan Ahmed;S. Aiello;M. Akram;A. Aleem;Tsagkarakis Alexandros-Tsagkarakis

Mass production and characterization of 3-inch PMTs for the JUNO experiment

• DOI: 10.1016/j.nima.2021.165347
• 发表时间: 2021-02
• 期刊: Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment
• 作者: C. Cao;Jilei Xu;M. He;Angel Abusleme;M. Bongrand;C. Bordereau;A. Cabrera;A. Campeny;C. Cerna;Haoqiang Chen;Po-An Chen;G. Claverie;S. C. D. Lorenzo;C. Taille;E. Doroshkevich;F. Druillole;A. Fournier;X. Gu;M. Haacke;Yang Han;P. Hellmuth;Y. Heng;R. Herrera;Y. Hsiung;B. Hu;Yongbo Huang;C. Huss;Ignacio Jeria;X. Jing;C. Jollet;V. Lebrin;Fr'ed'eric Lefere;Hongwei Li;Nan Li;Hongbang Liu;Xiwen Liu;B. Lubsandorzhiev;A. Lukanov;V. Lyashuk;A. Meregaglia;D. Navas-Nicolás;J. Ochoa-Ricoux;F. Perrot;Rebin Karaparambil Rajan;A. Rebii;B. Roskovec;C. Santos;M. Settimo;A. Sidorenkov;I. Tkachev;G. Troni;N. Ushakov;G. V. Royen;B. Viaud;D. Voronin;P. Walker;Chung-Hsiang Wang;Zhimin Wang;Diru Wu;Hangkun Xu;Mei-hang Xu;Chengfeng Yang;Jie Yang;F. Yermia;Xuan-tong Zhang