ustc tw Zuping Liu (USTC)

http://www.nsrrc.org.tw/ocpaschool08/school_program.htm

Introduction Organizing Committees Date and Location School Program Registration Form Useful Information Poster Photo Gallery School Program School Courses (download in PDF format) The first lecture starts at 8:00 a.m. on Monday, September 1, 2008. Lecture materials will be distributed upon arrival or before each lecture. Students are encouraged to apply for the credits offered at the graduate university of their affiliations with the certification issued by this OCPA Accelerator School. Lecturers of basic and advanced courses will assign homework and the school will arrange schedule and discussion hours for students to do homework. In addition, one course will be arranged for students to practice lattice simulations on personal computers. There will be office hours and discussion sessions for teachers to answer student's questions. The school program contains a final open-book examination on September 9. Examination results will be available before the end of the program. The school will honor the outstanding and excellent students according to study performance and examination records at its close session. Social Program On Friday, September 5, all participants are invited to join a one-day excursion to Sun Moon Lake. And the school will host a banquet in the evening. Learning Materials Lecture materials in hard copies will be provided by the OCPA School, either distributed upon arrival or before the lecture starts. Attempt will be made to make these materials available on line and accessible by wireless at the school site. Students are encouraged to bring their laptop as well as available textbooks and reference books to the school. School Courses Basic Topics   1.1 Synchrotron radiation: related physics and generations 趙午 Alex Chao (SLAC)-3   1.2 Introduction to lattice design 劉祖平 Zuping Liu (USTC)-3   1.3 Introduction to particle accelerator 周炳榮 Ping-Jung Chou (NSRRC)-3   1.4 Single-particle dynamics: longitudinal motion 李世元 Shyh-Yuan Lee (Indiana Univ.)-3   1.5 Single-particle dynamics: transverse motion 李世元 Shyh-Yuan Lee (Indiana Univ.)-3   1.6 Introduction to injector 王書鴻 Shuhong Wang (IHEP)-3   1.7 Beam control and diagnostics system 許國棟 Kuo-Tung Hsu (NSRRC)-3   1.8 Magnet system 黃清鄉 Ching-Shiang Hwang (NSRRC)-2   1.9 RF system 劉偉強 Wai-Keung Lau (NSRRC)-2   1.10 Vaccum system 陳俊榮 June-Rong Chen (NSRRC)-2   1.11 Coupled emittances in two or more degrees of freedom 鄧昌黎 Lee Teng (APS)-1 Advanced Topics   2.1 Insertion devices 黃清鄉 Ching-Shiang Hwang (NSRRC)-2   2.2 Dynamic aperture 劉桂民 Guimin Liu (SINAP)-2   2.3 Instability and beam quality 秦慶 Qing Qin (IHEP)-2   2.4 Top-up injection 羅國輝 Gwo-Huei Luo (NSRRC)-2   2.5 High precision mechanical system design 舒德明 Deming Shu (APS)-2   2.6 FEL basics, SASE, HGHG and the CFEL design 余理華 Li Hua Yu (BNL)-3   2.7 Introduction to ERL 劉克新 Kexin Liu (PKU)-2   2.8 Accelerator application 陳懷璧 Huaibi Chen (THU,Beijing)-2   2.9 Photoinjector 唐傳祥 Chuanxiang Tang (THU,Beijing)-2   2.10 RFQ design and performance 方家馴 Jiaxun Fang (PKU)-2   2.11 Conceptual and technological evolution of particle accelerators 鄧昌黎 Lee Teng (APS)-1 Seminars   3.1 User requirements and advanced science on SR 高季昌 Chi-Chang Kao (NSLS)-2   3.2 Lattice design and emittance minimization for TPS 郭錦城 Chin-Cheng Kuo (NSRRC)-1   3.3 Commissioning of the BEPC-II 馬力 Li Ma (IHEP)-1   3.4 Design, construction, and commissioning of the SSRF 趙振堂 Zhentang Zhao (SINAP)-1   3.5 Asian effort in ILC 高傑 Jie Gao (IHEP)-1   3.6 Design and status of the CSNS 秦慶 Qing Qin (IHEP)-1   3.7 Accelerator design for proton therapy 李世元 Shyh-Yuan Lee (Indiana Univ.)-2   3.8 Super-radiant free electron laser 黃衍介 Yen-Chieh Huang (NTHU, Hsinchu)-2   3.9 Heavy ions accelerators: injection, emittance and cooling 夏佳文 Jiawen Xia (IMP)-2

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