Difference between revisions of "Theses:JUNO theses"
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| Line 11: | Line 11: | ||
|Supervisor | |Supervisor | ||
|- | |- | ||
| − | |Xie,Zhangquan | + | |Xie, Zhangquan |
|[[:File:Xiezhq2022.pdf|Research and development of key detection technologies of the TAO experiment]] | |[[:File:Xiezhq2022.pdf|Research and development of key detection technologies of the TAO experiment]] | ||
|Chinese | |Chinese | ||
| Line 28: | Line 28: | ||
|Supervisor | |Supervisor | ||
|- | |- | ||
| − | |Liu,Yan | + | |Liu, Yan |
|[[:File:Liuy.pdf|Studies of Deep Learning Based Muon Reconstruction and Correlated Data Analysis Software for the JUNO Experiment]] | |[[:File:Liuy.pdf|Studies of Deep Learning Based Muon Reconstruction and Correlated Data Analysis Software for the JUNO Experiment]] | ||
|Chinese | |Chinese | ||
| Line 51: | Line 51: | ||
|Supervisor | |Supervisor | ||
|- | |- | ||
| − | |Zhang,Yan | + | |Zhang, Yan |
|[[:File:Zhany.pdf|Simulation of JUNO central detector]] | |[[:File:Zhany.pdf|Simulation of JUNO central detector]] | ||
|Chinese | |Chinese | ||
|Institute of High Energy Physics,CAS | |Institute of High Energy Physics,CAS | ||
| − | |Heng,Yuekun | + | |Heng, Yuekun |
|- | |- | ||
| − | |Wei,Lianghong | + | |Wei, Lianghong |
|[[:File:Weilh2020.pdf|Reactor neutrino experiment background and reconstructionstudy]] | |[[:File:Weilh2020.pdf|Reactor neutrino experiment background and reconstructionstudy]] | ||
|Chinese | |Chinese | ||
|Institute of High Energy Physics,CAS | |Institute of High Energy Physics,CAS | ||
| − | |Cao,Jun | + | |Cao, Jun |
|- | |- | ||
|[http://collaborations.fz-juelich.de/ikp/neutrino/group_mem/group_mem_yu.html Xu, Yu] | |[http://collaborations.fz-juelich.de/ikp/neutrino/group_mem/group_mem_yu.html Xu, Yu] | ||
| Line 99: | Line 99: | ||
|Supervisor | |Supervisor | ||
|- | |- | ||
| − | |Li,Nan | + | |Li, Nan |
|[[:File:Linn2019.pdf|R&D of JUNO central detector and some studies for SPMT system]] | |[[:File:Linn2019.pdf|R&D of JUNO central detector and some studies for SPMT system]] | ||
|Chinese | |Chinese | ||
| − | |Institute of High Energy Physics,CAS | + | |Institute of High Energy Physics, CAS |
| − | |Heng,Yuekun | + | |Heng, Yuekun |
|- | |- | ||
| − | |Wang,Yaoguang | + | |Wang, Yaoguang |
|[[:File:Wangyg2019.pdf|Neutrino Oscillation Analysis of Daya Bay Experiment and Energy Measurement Studies of JUNO Experiment]] | |[[:File:Wangyg2019.pdf|Neutrino Oscillation Analysis of Daya Bay Experiment and Energy Measurement Studies of JUNO Experiment]] | ||
|Chinese | |Chinese | ||
| Line 111: | Line 111: | ||
|Jia,Junji;Wen,Liangjian | |Jia,Junji;Wen,Liangjian | ||
|- | |- | ||
| − | |Wu,Wenjie | + | |Wu, Wenjie |
|[[:File:Wuwj2019.pdf|Neutrino Oscillation Analysis of Daya Bay Experiment and Energy Measurement Studies of JUNO Experiment]] | |[[:File:Wuwj2019.pdf|Neutrino Oscillation Analysis of Daya Bay Experiment and Energy Measurement Studies of JUNO Experiment]] | ||
|Chinese | |Chinese | ||
|WuHan Unviersity | |WuHan Unviersity | ||
| − | |Qiao,Haoxue;Zhou,Xiang;He,Miao | + | |Qiao ,Haoxue; Zhou ,Xiang; He, Miao |
|[http://collaborations.fz-juelich.de/ikp/neutrino/group_mem/group_mem_christoph.html Genster, Christoph] | |[http://collaborations.fz-juelich.de/ikp/neutrino/group_mem/group_mem_christoph.html Genster, Christoph] | ||
|[http://publications.rwth-aachen.de/record/774258 Software and hardware development for the next-generation liquid scintillator detectors JUNO and OSIRIS] | |[http://publications.rwth-aachen.de/record/774258 Software and hardware development for the next-generation liquid scintillator detectors JUNO and OSIRIS] | ||
| Line 140: | Line 140: | ||
|Supervisor | |Supervisor | ||
|- | |- | ||
| − | |Luo,Fengjiao | + | |Luo, Fengjiao |
|[[:File:Luofj2018.pdf|Optimization of JUNO PMT output signal and its effects on the performances of the central detector]] | |[[:File:Luofj2018.pdf|Optimization of JUNO PMT output signal and its effects on the performances of the central detector]] | ||
|Chinese | |Chinese | ||
| Line 146: | Line 146: | ||
|Chen,Yuanbo;Heng,Yuekun | |Chen,Yuanbo;Heng,Yuekun | ||
|- | |- | ||
| − | |Zhang,Kun | + | |Zhang, Kun |
|[[:File:Zhangk2018.pdf|Study of Muon Reconstruction in Central Detector for JUNO Experiment]] | |[[:File:Zhangk2018.pdf|Study of Muon Reconstruction in Central Detector for JUNO Experiment]] | ||
|Chinese | |Chinese | ||
| − | |Institute of High Energy Physics,CAS | + | |Institute of High Energy Physics, CAS |
| − | |Li,Weidong | + | |Li, Weidong |
|} | |} | ||
| Line 164: | Line 164: | ||
|Supervisor | |Supervisor | ||
|- | |- | ||
| − | |Lei,Xiangcui | + | |Lei, Xiangcui |
|[[:File:Leixc2016.pdf|Some study of the Central Detector in JUNO]] | |[[:File:Leixc2016.pdf|Some study of the Central Detector in JUNO]] | ||
|Chinese | |Chinese | ||
| − | |Institute of High Energy Physics,CAS | + | |Institute of High Energy Physics, CAS |
| − | |Heng,Yuekun | + | |Heng, Yuekun |
|- | |- | ||
| − | |Lin,Tao | + | |Lin, Tao |
|[[:File:Lint2016.pdf|Study of Simulation Framework and Fast Muon Simulation for JUNO experiment]] | |[[:File:Lint2016.pdf|Study of Simulation Framework and Fast Muon Simulation for JUNO experiment]] | ||
|Chinese | |Chinese | ||
| − | |Institute of High Energy Physics,CAS | + | |Institute of High Energy Physics, CAS |
|Li,Weidong; Deng,Ziyan | |Li,Weidong; Deng,Ziyan | ||
|- | |- | ||
| Line 193: | Line 193: | ||
|Supervisor | |Supervisor | ||
|- | |- | ||
| − | |Yi,Peihuai | + | |Yi, Peihuai |
|[[:File:Yiph2020.pdf|Fast Muon Simulation on GPU for the JUNO Experiment]] | |[[:File:Yiph2020.pdf|Fast Muon Simulation on GPU for the JUNO Experiment]] | ||
|Chinese | |Chinese | ||
| − | |Institute of High Energy Physics,CAS | + | |Institute of High Energy Physics, CAS |
| − | |Li,Weidong | + | |Li, Weidong |
|} | |} | ||
| Line 211: | Line 211: | ||
|Supervisor | |Supervisor | ||
|- | |- | ||
| − | |Wang,Gang | + | |Wang, Gang |
|[[:File:Wangg2018.pdf|Study and design of the JUNO 3 inch PMT divider]] | |[[:File:Wangg2018.pdf|Study and design of the JUNO 3 inch PMT divider]] | ||
|Chinese | |Chinese | ||
| Line 217: | Line 217: | ||
|Li,Xiaohua;Heng,Yuekun | |Li,Xiaohua;Heng,Yuekun | ||
|- | |- | ||
| − | |Zhao,Baoqi | + | |Zhao, Baoqi |
|[[:File:Zhaobq2018.pdf|MPI-based Software Framework for Distributed Data Processing at the JUNO Experiment]] | |[[:File:Zhaobq2018.pdf|MPI-based Software Framework for Distributed Data Processing at the JUNO Experiment]] | ||
|Chinese | |Chinese | ||
| − | |Institute of High Energy Physics | + | |Institute of High Energy Physics CAS |
| − | |Li,Weidong | + | |Li, Weidong |
|- | |- | ||
| − | |Chen,Sisi | + | |Chen, Sisi |
|[[:File:Chenss2018.pdf|Research of Data Transfer System for Jiangmen Underground Neutrino Observatory]] | |[[:File:Chenss2018.pdf|Research of Data Transfer System for Jiangmen Underground Neutrino Observatory]] | ||
|Chinese | |Chinese | ||
| − | |Institute of High Energy Physics,CAS | + | |Institute of High Energy Physics, CAS |
| − | |Li,Weidong | + | |Li, Weidong |
|- | |- | ||
|[http://collaborations.fz-juelich.de/ikp/neutrino/group_mem/group_mem_rikhav.html Shah, Rikhav] | |[http://collaborations.fz-juelich.de/ikp/neutrino/group_mem/group_mem_rikhav.html Shah, Rikhav] | ||
Revision as of 04:05, 26 July 2022
Contents
PhD theses
2022
| Student | Title | Language | Affiliation | Supervisor |
| Xie, Zhangquan | Research and development of key detection technologies of the TAO experiment | Chinese | Institute of High Energy Physics,CAS | Cao,Jun |
2021
| Student | Title | Language | Affiliation | Supervisor |
| Liu, Yan | Studies of Deep Learning Based Muon Reconstruction and Correlated Data Analysis Software for the JUNO Experiment | Chinese | Institute of High Energy Physics,CAS | Li,Weidong |
| Cao, Chuanya | Study of small PMT performance and associated physics at JUNO | Chinese | Institute of High Energy Physics | He, Miao |
2020
| Student | Title | Language | Affiliation | Supervisor |
| Zhang, Yan | Simulation of JUNO central detector | Chinese | Institute of High Energy Physics,CAS | Heng, Yuekun |
| Wei, Lianghong | Reactor neutrino experiment background and reconstructionstudy | Chinese | Institute of High Energy Physics,CAS | Cao, Jun |
| Xu, Yu | Machine learning application in low energy liquid scintillator neutrino experiment | English | RWTH Aachen University | Ludhova, Livia |
| Kampmann, Philipp | Energy scale non-linearity and event reconstruction for the neutrino mass ordering measurement of the JUNO experiment | English | RWTH Aachen University | Ludhova, Livia |
| Hackspacher, Paul Christian | Determination of Liquid Scintillator Purity for the Jiangmen Underground Neutrino Observatory | English | Johannes Gutenberg University Mainz | Wurm, Michael |
| Depnering, Wilfried Walter | Scintillation Light Transport In The Large Reactor Antineutrino Detector JUNO | English | Johannes Gutenberg University Mainz | Wurm, Michael |
2019
| Student | Title | Language | Affiliation | Supervisor | |||||
| Li, Nan | R&D of JUNO central detector and some studies for SPMT system | Chinese | Institute of High Energy Physics, CAS | Heng, Yuekun | |||||
| Wang, Yaoguang | Neutrino Oscillation Analysis of Daya Bay Experiment and Energy Measurement Studies of JUNO Experiment | Chinese | WuHan Unviersity | Jia,Junji;Wen,Liangjian | |||||
| Wu, Wenjie | Neutrino Oscillation Analysis of Daya Bay Experiment and Energy Measurement Studies of JUNO Experiment | Chinese | WuHan Unviersity | Qiao ,Haoxue; Zhou ,Xiang; He, Miao | Genster, Christoph | Software and hardware development for the next-generation liquid scintillator detectors JUNO and OSIRIS | English | RWTH Aachen University | Ludhova, Livia |
| Huang, Qinhua | On the way to the determination of the Neutrino Mass | English | LLR & IPHC | Drapier, Olivier + Dracos, Marcos |
2018
| Student | Title | Language | Affiliation | Supervisor |
| Luo, Fengjiao | Optimization of JUNO PMT output signal and its effects on the performances of the central detector | Chinese | Institute of High Energy Physics,CAS | Chen,Yuanbo;Heng,Yuekun |
| Zhang, Kun | Study of Muon Reconstruction in Central Detector for JUNO Experiment | Chinese | Institute of High Energy Physics, CAS | Li, Weidong |
2017
2016
| Student | Title | Language | Affiliation | Supervisor |
| Lei, Xiangcui | Some study of the Central Detector in JUNO | Chinese | Institute of High Energy Physics, CAS | Heng, Yuekun |
| Lin, Tao | Study of Simulation Framework and Fast Muon Simulation for JUNO experiment | Chinese | Institute of High Energy Physics, CAS | Li,Weidong; Deng,Ziyan |
| Loo, Kai | Extending Physics Potential of Large Liquid Scintillator Neutrino Detectors (local copy) | English | University of Jyvaskyla, Finland | Trzaska, Wladyslaw Henryk ; Maalampi, Jukka |
Master theses
2020
| Student | Title | Language | Affiliation | Supervisor |
| Yi, Peihuai | Fast Muon Simulation on GPU for the JUNO Experiment | Chinese | Institute of High Energy Physics, CAS | Li, Weidong |
2018
| Student | Title | Language | Affiliation | Supervisor |
| Wang, Gang | Study and design of the JUNO 3 inch PMT divider | Chinese | Nanhua University | Li,Xiaohua;Heng,Yuekun |
| Zhao, Baoqi | MPI-based Software Framework for Distributed Data Processing at the JUNO Experiment | Chinese | Institute of High Energy Physics CAS | Li, Weidong |
| Chen, Sisi | Research of Data Transfer System for Jiangmen Underground Neutrino Observatory | Chinese | Institute of High Energy Physics, CAS | Li, Weidong |
| Shah, Rikhav | Studies on the Trigger Configuration for the JUNO experiment | English | RWTH Aachen University | Ludhova, Livia |
