Semantic Scholar Open Access 2021 349 sitasi

JUNO physics and detector

Juno collaboration Angel Abusleme T. Adam Shakeel Ahmad R. Ahmed S. Aiello +495 lainnya

Lihat Sumber DOI

Abstrak

The Jiangmen Underground Neutrino Observatory (JUNO) is a 20 kton liquid scintillator detector in a laboratory at 700-m underground. An excellent energy resolution and a large fiducial volume offer exciting opportunities for addressing many important topics in neutrino and astroparticle physics. With six years of data, the neutrino mass ordering can be determined at a 3-4σ significance and the neutrino oscillation parameters sin2 θ12, ∆m21, and |∆m32| can be measured to a precision of 0.6% or better, by detecting reactor antineutrinos from the Taishan and Yangjiang nuclear power plants. With ten years of data, neutrinos from all past core-collapse supernovae could be observed at a 3σ significance; a lower limit of the proton lifetime, 8.34× 1033 years (90% C.L.), can be set by searching for p → ν̄K+; detection of solar neutrinos would shed new light on the solar metallicity problem and examine the vacuum-matter transition region. A typical core-collapse supernova at a distance of 10 kpc would lead to ∼ 5000 inverse-beta-decay events and ∼ 2000 (300) all-flavor neutrino-proton (electron) elastic scattering events in JUNO. Geoneutrinos can be detected with a rate of ∼ 400 events per year. Construction of the detector is very challenging. In this review, we summarize the final design of the JUNO detector and the key R&D achievements, following the Conceptual Design Report in 2015 [2]. All 20-inch PMTs have been procured and tested. The average photon detection efficiency is 28.9% for the 15,000 MCP PMTs and 28.1% for the 5,000 dynode PMTs, higher than the JUNO requirement of 27%. Together with the > 20 m attenuation length of the liquid scintillator achieved in a 20-ton pilot purification test and the > 96% transparency of the acrylic panel, we expect a yield of 1345 photoelectrons per MeV and an effective relative energy resolution of 3.02%/ √ E(MeV) in simulations [3]. To maintain the high performance, the underwater electronics is designed to have a loss rate < 0.5% in six years. With degassing membranes and a micro-bubble system, the radon concentration in the 35 kton water pool could be lowered to < 10 mBq/m3. Acrylic panels of radiopurity < 0.5 ppt U/Th for the 35.4-m diameter liquid scintillator vessel are produced with a dedicated production line. The 20 kton liquid scintillator will be purified onsite with Alumina filtration, distillation, water extraction, and gas stripping. Together with other low background handling, singles in the fiducial volume can be controlled to ∼ 10 Hz. The JUNO experiment also features a double calorimeter system with 25,600 3-inch PMTs, a liquid scintillator testing facility OSIRIS, and a near detector TAO.

Topik & Kata Kunci

Physics

Penulis (500)

Juno collaboration Angel Abusleme

T. Adam

Shakeel Ahmad

R. Ahmed

S. Aiello

M. Akram

F. An

G. An

Q. An

G. Andronico

N. Anfimov

V. Antonelli

T. Antoshkina

B. Asavapibhop

J. Andr'e

D. Auguste

A. Babič

Wander Baldini

A. Barresi

E. Baussan

M. Bellato

A. Bergnoli

E. Bernieri

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

S. Costa

F. Corso

O. Dalager

C. Taille

Jiawei Deng

Z. 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

Can Fang

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

C. Genster

M. Giammarchi

A. Giaz

N. Giudice

M. Gonchar

G. Gong

H. Gong

O. Gorchakov

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

M. He

W. He

T. Heinz

P. Hellmuth

Y. Heng

R. Herrera

D. Hong

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

Qinhua Huang

Wenhao Huang

X. Huang

Yongbo Huang

J. Hui

L. Huo

W. Huo

C. Huss

S. Hussain

A. Insolia

A. Ioannisian

R. Isocrate

B. Jelmini

K. Jen

Ignacio Jeria

X. Ji

Huihui Jia

J. Jia

S. Jian

Di Jiang

Xiaoshan Jiang

R. Jin

X. Jing

C. Jollet

J. Joutsenvaara

S. Jungthawan

L. Kalousis

P. Kampmann

Line Kang

M. Karagounis

N. Kazarian

W. Khan

K. Khosonthongkee

D. Korablev

K. Kouzakov

A. Krasnoperov

Z. Krumshteyn

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

Haojun Liang

Jing-jing Liang

D. Liebau

A. Limphirat

S. Limpijumnong

G. Lin

Shengxin Lin

Tao Lin

J. Ling

I. Lippi

Fang Liu

Haidong Liu

Hongbang Liu

Hongjuan Liu

Hongtao Liu

Hui Liu

Jianglai Liu

Jinchang Liu

Min Liu

Qian Liu

Q. 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

Haoqi Lu

Jingbin Lu

Junguang Lu

Shuxiang 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

D. Mayilyan

I. Mednieks

Y. Meng

A. Meregaglia

E. Meroni

D. Meyhofer

M. Mezzetto

Jonathan Miller

L. Miramonti

S. Monforte

P. Montini

M. Montuschi

A. Muller

P. Muralidharan

M. Nastasi

D. Naumov

E. Naumova

D. Navas-Nicolás

I. Nemchenok

Minh Thuan 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

N. Parkalian

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

T. Rezinko

B. Ricci

M. Robens

M. Roche

N. Rodphai

A. Romani

B. Roskovec

C. Roth

X. Ruan

S. Rujirawat

A. Rybnikov

A. Sadovsky

P. Saggese

G. Salamanna

S. Sanfilippo

A. Sangka

N. Sanguansak

U. Sawangwit

J. Sawatzki

F. Sawy

M. Schever

J. Schuler

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

Duvsan vStef'anik

H. Steiger

J. Steinmann

T. Sterr

M. Stock

V. Strati

A. Studenikin

Gongxing Sun

Shifeng Sun

Xilei Sun

Y. Sun

Yongzhao Sun

N. Suwonjandee

M. Szelezniak

Jian Tang

Q. Tang

Xiao Tang

A. Tietzsch

I. Tkachev

T. Tměj

M. Torri

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

Wenlu Wei

Yadong Wei

L. Wen

C. Wiebusch

S. Wong

B. Wonsak

Diru Wu

Fangliang Wu

Qun Wu

Wenjie Wu

Zhi Wu

M. Wurm

Format Sitasi

APA MLA BibTeX

Abusleme, J.c.A., Adam, T., Ahmad, S., Ahmed, R., Aiello, S., Akram, M. et al. (2021). JUNO physics and detector. https://doi.org/10.1016/j.ppnp.2021.103927

@article{abusleme2021, author = {Juno collaboration Angel Abusleme and T. Adam and Shakeel Ahmad and R. Ahmed and S. Aiello and M. Akram and F. An and G. An and Q. An and G. Andronico and N. Anfimov and V. Antonelli and T. Antoshkina and B. Asavapibhop and J. Andr'e and D. Auguste and A. Babič and Wander Baldini and A. Barresi and E. Baussan and M. Bellato and A. Bergnoli and E. Bernieri and T. Birkenfeld and S. Blin and D. Blum and S. Blyth and A. Bolshakova and M. Bongrand and C. Bordereau and D. Breton and A. Brigatti and R. Brugnera and R. Bruno and A. Budano and M. Buscemi and J. Busto and I. Butorov and A. Cabrera and H. Cai and Xiao Cai and Yanke Cai and Z. Cai and A. Cammi and A. Campeny and C. Cao and G. Cao and Jun Cao and R. Caruso and C. Cerna and Jinfan Chang and Yung-Hsi Chang and Pingping Chen and Po-An Chen and Shaomin Chen and Xurong Chen and Yi-Wen Chen and Yixue Chen and Yu Chen and Zhang Chen and Jie Cheng and Yaping Cheng and A. Chetverikov and D. Chiesa and P. Chimenti and A. Chukanov and G. Claverie and C. Clementi and B. Clerbaux and S. C. D. Lorenzo and D. Corti and S. Costa and F. Corso and O. Dalager and C. Taille and Jiawei Deng and Z. Deng and Z. Deng and W. Depnering and M. Diaz and Xuefeng Ding and Yayun Ding and B. Dirgantara and S. Dmitrievsky and T. Dohnal and D. Dolzhikov and G. Donchenko and Jian-Li Dong and E. Doroshkevich and M. Dracos and F. Druillole and S. Du and S. Dusini and M. Dvořák and T. Enqvist and H. Enzmann and A. Fabbri and L. Fajt and D. Fan and L. Fan and Can Fang and Jian Fang and W. Fang and M. Fargetta and D. Fedoseev and V. Fekete and Li Feng and Qichun Feng and R. Ford and A. Formozov and A. Fournier and H. Gan and F. Gao and A. Garfagnini and C. Genster and M. Giammarchi and A. Giaz and N. Giudice and M. Gonchar and G. Gong and H. Gong and O. Gorchakov and Y. Gornushkin and A. Gottel and M. Grassi and C. Grewing and V. Gromov and M. Gu and X. Gu and Yunting Gu and M. Guan and N. Guardone and M. Gul and Cong Guo and Jingyuan Guo and Wanlei Guo and Xinheng Guo and Yuhang Guo and P. Hackspacher and C. Hagner and R. Han and Yang Han and M. Hassan and M. He and W. He and T. Heinz and P. Hellmuth and Y. Heng and R. Herrera and D. Hong and Y. Hor and Shaojing Hou and Y. Hsiung and B. Hu and Hang Hu and Jianrun Hu and Jun Hu and Shouyang Hu and T. Hu and Zhuojun Hu and Chunhao Huang and Guihong Huang and Hanxiong Huang and Qinhua Huang and Wenhao Huang and X. Huang and X. Huang and Yongbo Huang and J. Hui and L. Huo and W. Huo and C. Huss and S. Hussain and A. Insolia and A. Ioannisian and R. Isocrate and B. Jelmini and K. Jen and Ignacio Jeria and X. Ji and X. Ji and Huihui Jia and J. Jia and S. Jian and Di Jiang and Xiaoshan Jiang and R. Jin and X. Jing and C. Jollet and J. Joutsenvaara and S. Jungthawan and L. Kalousis and P. Kampmann and Line Kang and M. Karagounis and N. Kazarian and W. Khan and K. Khosonthongkee and D. Korablev and K. Kouzakov and A. Krasnoperov and Z. Krumshteyn and A. Kruth and N. Kutovskiy and P. Kuusiniemi and T. Lachenmaier and C. Landini and S. Leblanc and V. Lebrin and F. Lefèvre and R. Lei and R. Leitner and Jason Leung and Demin Li and Fei Li and Fule Li and Haitao Li and Huiling Li and Jiaqi Li and Mengzhao Li and Min Li and Nan Li and Qingjiang Li and Ruhui Li and Shanfeng Li and Tao Li and Weidong Li and Wei-guo Li and Xiaomei Li and Xiao-nan Li and Xinglong Li and Yi Li and Yufeng Li and Zhaohan Li and Zhibing Li and Zi-Yuan Li and Haojun Liang and Jing-jing Liang and D. Liebau and A. Limphirat and S. Limpijumnong and G. Lin and Shengxin Lin and Tao Lin and J. Ling and I. Lippi and Fang Liu and Haidong Liu and Hongbang Liu and Hongjuan Liu and Hongtao Liu and Hui Liu and Jianglai Liu and Jinchang Liu and Min Liu and Qian Liu and Q. Liu and Runxuan Liu and Shuangyue Liu and Shubin Liu and Shulin Liu and Xiaowei Liu and Xiwen Liu and Y. Liu and Yunzhe Liu and A. Lokhov and P. Lombardi and C. Lombardo and K. Loo and Chuan Lu and Haoqi Lu and Jingbin Lu and Junguang Lu and Shuxiang Lu and Xiao-xu Lu and B. Lubsandorzhiev and S. Lubsandorzhiev and L. Ludhova and F. Luo and G. Luo and P. Luo and S. Luo and W. Luo and V. Lyashuk and B. Ma and Q. Ma and Si Ma and Xiaoyan Ma and Xubo Ma and J. Maalmi and Y. Malyshkin and F. Mantovani and Francesco Manzali and X. Mao and Y. Mao and S. Mari and F. Marini and S. Marium and C. Martellini and G. Martin-Chassard and A. Martini and D. Mayilyan and I. Mednieks and Y. Meng and A. Meregaglia and E. Meroni and D. Meyhofer and M. Mezzetto and Jonathan Miller and L. Miramonti and S. Monforte and P. Montini and M. Montuschi and A. Muller and P. Muralidharan and M. Nastasi and D. Naumov and E. Naumova and D. Navas-Nicolás and I. Nemchenok and Minh Thuan Nguyen Thi and F. Ning and Z. Ning and H. Nunokawa and L. Oberauer and J. Ochoa-Ricoux and A. Olshevskiy and D. Orestano and F. Ortica and R. Othegraven and Hsiao-Ru Pan and A. Paoloni and N. Parkalian and S. Parmeggiano and Y. Pei and N. Pelliccia and A. Peng and H. Peng and F. Perrot and P. Petitjean and F. Petrucci and O. Pilarczyk and L. F. P. Rico and A. Popov and P. Poussot and W. Pratumwan and E. Previtali and Fazhi Qi and M. Qi and S. Qian and X. Qian and Zhenhai Qian and H. Qiao and Z. Qin and S. Qiu and M. Rajput and G. Ranucci and N. Raper and A. Re and H. Rebber and A. Rebii and B. Ren and Jie Ren and T. Rezinko and B. Ricci and M. Robens and M. Roche and N. Rodphai and A. Romani and B. Roskovec and C. Roth and X. Ruan and X. Ruan and S. Rujirawat and A. Rybnikov and A. Sadovsky and P. Saggese and G. Salamanna and S. Sanfilippo and A. Sangka and N. Sanguansak and U. Sawangwit and J. Sawatzki and F. Sawy and M. Schever and J. Schuler and C. Schwab and K. Schweizer and A. Selyunin and A. Serafini and G. Settanta and M. Settimo and Z. Shao and V. Sharov and A. Shaydurova and Jingyan Shi and Yanan Shi and V. Shutov and A. Sidorenkov and F. vSimkovic and C. Sirignano and J. Siripak and M. Sisti and M. Slupecki and M. Smirnov and O. Smirnov and T. Sogo-Bezerra and S. Sokolov and J. Songwadhana and B. Soonthornthum and A. Sotnikov and Ondvrej vSr'amek and W. Sreethawong and A. Stahl and L. Stanco and K. Stankevich and Duvsan vStef'anik and H. Steiger and J. Steinmann and T. Sterr and M. Stock and V. Strati and A. Studenikin and Gongxing Sun and Shifeng Sun and Xilei Sun and Y. Sun and Yongzhao Sun and N. Suwonjandee and M. Szelezniak and Jian Tang and Q. Tang and Q. Tang and Xiao Tang and A. Tietzsch and I. Tkachev and T. Tměj and M. Torri and K. Treskov and A. Triossi and G. Troni and W. Trzaska and C. Tuvè and N. Ushakov and J. V. Boom and S. Waasen and G. Vanroyen and N. Vassilopoulos and V. Vedin and G. Verde and M. Vialkov and B. Viaud and M. Vollbrecht and C. Volpe and V. Vorobel and D. Voronin and L. Votano and P. Walker and Caishen Wang and Chung-Hsiang Wang and E. Wang and Guoli Wang and Jian Wang and Jun Wang and Kunyu Wang and Lucinda W. Wang and Meifen Wang and Meng Wang and Ruiguang Wang and Siguang Wang and Wen Wang and Wenshuai Wang and Xi Wang and Xiangyue Wang and Yangfu Wang and Yaoguang Wang and Yi Wang and Yifang Wang and Yuanqing Wang and Yuman Wang and Zhe Wang and Zheng Wang and Zhimin Wang and Zongyi Wang and M. Waqas and A. Watcharangkool and Lianghong Wei and Wei Wei and Wenlu Wei and Yadong Wei and L. Wen and C. Wiebusch and S. Wong and B. Wonsak and Diru Wu and Fangliang Wu and Qun Wu and Wenjie Wu and Zhi Wu and M. Wurm}, title = {JUNO physics and detector}, year = {2021}, journal = {Semantic Scholar}, doi = {10.1016/j.ppnp.2021.103927}, url = {https://www.semanticscholar.org/paper/017653494735cf4ae4a6256b8f1afe216e6842ce}, }

Akses Cepat

Lihat di Sumber doi.org/10.1016/j.ppnp.2021.103927

Informasi Jurnal

Tahun Terbit: 2021
Bahasa: en
Total Sitasi: 349×
Sumber Database: Semantic Scholar
DOI: 10.1016/j.ppnp.2021.103927
Akses: Open Access ✓