加速器组文章

Name: 加速器组文章
Start: 2026-04-15T08:00:00+08:00
End: 2026-04-15T18:00:00+08:00
Location: No location set

Wednesday 15 Apr 2026, 08:00 → 18:00 Asia/Shanghai

Description

Publications of accelerator

- 08:00 → 08:05
  
  [1]蔡袁琦,唐雷雷,周泽然*，基于嵌入式EPICS的合肥光源储存环束流损失监测系统，强激光与粒子束，2019，31(08):88-93. 5m
  
  1_加速器_基于嵌入式EPICS的合肥光源储存环束流损失监测系统_蔡袁琦.pdf
- 08:05 → 08:10
  
  [2]Qian Wang, Qing Luo, Baogen Sun*, Design and performance study of an improved cavity bunch length monitor based on an optimized offline test scheme, Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, Volume 968, 11 July 2020, 163975. 5m
  
  2_acc.pdf
- 08:10 → 08:15
  
  [3]Q. Luo, A. L. Zhang* and H. P. Peng, "Design and Simulation of a Surface Wave-Based Cylindrical Hollow Plasma Cavity for Wakefield Booster for Future e+e− Colliders," in IEEE Transactions on Plasma Science, Vol. 49, Issue. 6, June 2021, pp. 1848-1853, 25 May 2021 5m
  
  3_IEEE (1).pdf
- 08:15 → 08:20
  
  [4]Yu Liang, Leilei Tang, Chunjie Xie, Ping Lu, Fangfang Wu, Baogen Sun, Lin Wang, Zeran Zhou*, Micro telecom computing architecture. 4-based beam position monitor electronics design for storage ring of Hefei advanced light facility[J]. Review of Scientific Instruments, 2021, 92(10): 104711. 5m
  
  4_加速器5.0061502.pdf
- 08:20 → 08:25
  
  [5]孙良伟，罗箐*，同步辐射束流尺寸测量干涉仪的设计与仿真，强激光与粒子束, 2021, 33: 084002，2021-8-15. 5m
  
  5_加速器_同步辐射束流尺寸测量干涉仪的设计与仿真_孙良伟.pdf
- 08:25 → 08:30
  
  [6]J.Q. Lan, Q. Luo, C. Zhang, W.W. Gao*, Y. Xu and Y. Bai, Design of beam optics for a Super Tau-Charm Factory, Journal of Instrumentation, Volume 16, July 2021. 5m
  
  6_加速器Lan_2021_J._Inst._16_T07001.pdf
- 08:30 → 08:35
  
  [7]Ailin Zhang, Lechen Xu Jiang Sun, Haiping Peng, Zijian Xiong, Yuxin Xiao, Qing Luo*, Thermal research of a single crystal tungsten target positron source for the STCF project in China, Nuclear Inst. and Methods in Physics Research, A, Available online 2 July 2022, 167107. 5m
  
  7_加速器_NIMA_1039_(2022)_167107.pdf
- 08:35 → 08:40
  
  [8]W. W. Gao*, J. Q. Lan, F. Y. Zhao, Q. Luo, First investigation of coherent terahertz radiation at a Super Tau Charm Factory, Journal of Instrumentation, Volume 17, Jan 2022. 5m
  
  8_加速器_Gao_2022_J._Inst._17_T01006.pdf
- 08:40 → 08:45
  
  [9]梁钰,谢春杰,朱文超,唐雷雷,卢平,孙葆根,王琳,周泽然*，基于导频的储存环束流位置测量处理器研制，原子能科学技术，2022 5m
  
  9_加速器_基于导频的储存环束流位置测量处理器研制_梁钰 (1).pdf
- 08:45 → 08:50
  
  [10]谢春杰,唐雷雷,梁钰,冯光耀,王琳,周泽然*，基于可编程逻辑阵列的速调管预失真模型，强激光与粒子束，2022，34(03):136-141. 5m
  
  10_加速器_基于可编程逻辑阵列的速调管预失真模型_谢春杰 (1).pdf
- 08:50 → 08:55
  
  [11]黄晴晴, 杨振, 罗涛, 齐志军, 苗学策,四代光源储存环磁铁支撑设计及仿真优化,强激光与粒子束,36(1),014001-1-9 5m
- 08:55 → 09:00
  
  [12]罗涛, 齐志军, 王巍, 何晓业,适用于激光跟踪仪转站的改进平差方法,中国激光,51(2),0204001 5m
- 09:00 → 09:05
  
  [13]Wei Wang, Tao Luo, Zhipeng Lv, Xuece Miao, Zhijun Qi,An improved solution for total least squares collocation in the EIVmodel with random effects,Engineering Research Express,6（1）,P015061 5m
- 09:05 → 09:10
  
  [14]齐志军, 朱东辉, 罗涛, 苗学策, 何晓业,无需公共点的高精度激光跟踪仪自标定方法,红外与激光工程,53(2),20230607 5m
- 09:10 → 09:15
  
  [15]Liang, Yu; Zhu, Wenchao; Xie, Chunjie; Wei, Zhengyu; Luo, Qing; Sun, Baogen; Zhou, Zeran,A dual-ring network design for the fast orbit feedback system of the storage ring,Review of Scientific Instruments,95(4),043301 5m
- 09:15 → 09:20
  
  [16]T.N. Hu, Y.F. Zeng, K. Peng, H. Hu, H.M. Wang, K.F. Liu,Improvement of transmission-line-based fault locating for typical traveling-wave accelerator with constant-gradient structures,NUCLEAR ENGINEERING AND TECHNOLOGY,56（6）,2011-2018 5m
- 09:20 → 09:25
  
  [17]Hong Qi, Jinfeng Yang, Youwei Wang, Zihao Yang, Jiaming Zhang, Kosaku Kato, Makoto Nakajima, Dazhi Li, Cheng-Ying Tsai, Zhengzheng Liu, Jian Wang, Kuanjun Fan,Observation of THz surface waves escaping from metal gratings through a dielectric substrate,Optics express,32(13),23180-23192 5m
- 09:25 → 09:30
  
  [18]Zhicheng Huang, Yelong Wei, Zexin Cao, Li Sun, Guangyao Feng, and David Alesini,New design techniques on matching couplers for traveling-wave accelerating structures,Physical Review Accelerators and Beams,27（8）, 082001 5m
- 09:30 → 09:35
  
  [19]Yang Xu, Yifang Song, Cheng-Ying Tsai, Jian Wang, Zhengzheng Liu, Kuanjun Fan, Jinfeng Yang, Oleg Meshkov,Manipulation and diagnosis of femtosecond relativistic electron bunch using terahertz-driven resonators,Nuclear Engineering and Technology,56(10),4237-4246 5m
- 09:35 → 09:40
  
  [20]Zhijun Qi, Wei Wang, Wenxian Zeng, Yelong Wei, Tao Luo, Xing Fang,Two Efficient Recursive Total Least Squares Solutions Based on the Grouping Strategy,IEEE TRANSACTIONS ON INSTRUMENTATION AND MEASUREMENT,73,1009910 5m
- 09:40 → 09:45
  
  [21]Linhao Zhang, Tao Liu, Sangya Li, Ye Zou, Qing Luo, Jingyu Tang,Longitudinal beam dynamics and collective effects at the STCF collider rings,Modern Physics Letters A,39(40),2440008 5m
- 09:45 → 09:50
  
  [22]Tao Liu, Linhao Zhang, Sangya Li, Lin Wang, Qing Luo,Recent progress and future plan for STCF collider ring lattice design,Modern Physics Letters A,39（40）,2440005 5m
- 09:50 → 09:55
  
  [23]Qian Wang#, Letian Huang#, Qing Luo*,Cavity-based bunch length measurement study for the Super Tau-Charm Facility transport line,Modern Physics Letters A,39（30）,2440007 5m
- 09:55 → 10:00
  
  [24]Liangyuan Zhou , Baojin Hu , Chao Deng, Yifei Chen, Zhuoxia Shao , Hui Gao,Haiyan Zhang,Research on the application of GaN HEMT in the fast corrector power supply system of HALF,Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment,1072,170210 5m
- 10:00 → 10:05
  
  [25]Yifeng Zeng, Hao Hu, Yan Wang and TongningHu,Analysis of fringe field effects on measurement errors for Q-scanning-based emittance diagnosis system,Nuclear Engineering and Technology,57(5),103344 5m
- 10:05 → 10:10
  
  [26]Yifeng Zeng, Hao Hu, Yan Wang and TongningHu,Analysis of fringe field effects on measurement errors for Q-scanning-based emittance diagnosis system,Nuclear Engineering and Technology,57(5),103344 5m
- 10:10 → 10:15
  
  [27]Yifeng Zeng, Hao Hu, Tongning Hu,Improvement and correction for transverse emittance diagnosis based on Q-scanning techniques,Nuclear Science and Techniques,36(3),38 5m
- 10:15 → 10:20
  
  [28]Hongjin,Wang; Ziyu Xiong; Chunjie Xie; Tengjun Guo; Jian Pang; Lin Wang; Zeran Zhou,Development of a photoelectric hybrid phase reference line system for super tau-charm facility-beam test platform,Review of Scientific Instruments,96,043307 5m
- 10:20 → 10:25
  
  [29]邓超，胡保进，周梁缘，陈一飞，张海燕，高辉,合肥先进光源磁铁电源自优化控制器设计,核技术,48（5）,050201 5m
- 10:25 → 10:30
  
  [30]Hao Hu, Yan Wang, Hongjie Xu, Yifeng Zeng, Tongning Hu#, Haimeng Wang, Guangyao Feng and Yuanji Pei,Analysis and optimizations of macro-pulse performances for a constructed high-power beam injector with a compact layout,Nuclear Engineering and Technology,57(10),103730 5m
- 10:30 → 10:35
  
  [31]Tianlong He, Ye Zou, Demin Zhou, Hao Zhou, Hangzhou Li, Linhao Zhang, Tao Liu, Weiwei Li, Jingyu Tang,Impact of coherent wiggler radiation impedance in Tau-Charm factories,Physical Review Accelerators and Beams,28（10）,101002 5m
- 10:35 → 10:40
  
  [32]Wenbin MA, Shaoqing WEI, Zhenyu CHU, Jidong Zhang, Ya Zhu, Jingyu TANG,Development of Interaction Region Superconducting Magnet Twin-Aperture Final Focus Quadrupole Prototype for Super Tau-Charm Facility,IEEE Transactions on Applied Superconductivity,36（5）,4004605 5m
- 10:40 → 10:45
  
  [33]Ye Zou, Linhao Zhang, Tao Liu, Penghui Yang, Weiwei Li, Tianlong He, Demin Zhou, Kazuhito Ohmi, Sangya Li, Ze Yu, Yihao Mo, Hangzhou Li, Hao Zhou, Jiajun Gao, Jiancong Bao, Zeyuan Meng, Qing Luo, Lei Wang, Youjin Yuan, Jingyu Tang,Optics design of the Super Tau-Charm Facility collider rings,NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT,1084,171191 5m
- 10:45 → 10:50
  
  [34]Shaohang Ma; Haoran Zhang; Jian Pang; Chao Liu; Tongning Hu,Emittance growth of a high-charge bunch in STCF-BTP due to coupler multipole fields and short-range wakefields,IEEE Transactions on Nuclear Science,73(2), 236-246 5m