About NSRRC / Organization

Instrumentation Development Division > Magnet Group

  • The Magnet Group is responsible for most magnet systems used in the accelerator and the experimental stations of the NSRRC.
  • The magnets include the electromagnets for synchrotron and the traditional and superconducting magnet for insertion devices.
  • This group is capable of designing and mapping the magnetic field of the magnets;The mechanical structure is also designed and fabricated in lab.
TLS-ring installed at 1993
TPS-ring installed at 2014
EPU48 equipped with long coil-2014.4
Accelerator Magnet
EPU
TPS-Dipole
IASW
TLS-ring
TPS-ring
Group members
English NameJob Responsibilities
Jui-Che Huang#
  • In-vacuum undulator construction. 
  • Commsisioning and installation of in-vacuum undulator.
  • Development of synchrotron radiation theroy from an insertion device. 
Jyh-Chyuan Jan
  • R & D, designing and fabrication on superconducting insertion devices.
  • Designing and fabrication on the hardware of rotating coil system.
  • Calculation and analysis on the mechanical stress, deformation and heat transportation.
  • Operation and maintenance on the low-temperature insertion devices.
Fu-Yuan Lin
  • Maintenance and improvement on all magnetic field measurement system in lab and in the storage ring.
  • Programming for the software and development for hardware of control system.
  • Building up on the automatic system of Hall probe measurement and programming its analysis code.
  • Establishment of the field mapping and integral field measurement system for pulsed magnets.
  • Measurement and analyzing on magnetic field of lattice magnets and insertion devices.
  • Upgrade and improvement on magnetic field measurement system.
  • Operation and maintenance on the helium and nitrogen transportation lines of low-temperature system for superconducting magnets.
Hui-Huang Chen
  • To design various kinds of mechanical structure and coils of magnets, the assembly holder, water piping and electric circuits
  • The stress and heat analysis and calculation
  • Mechanical testing and inspecting
  • Designing, fabrication and maintenance of the insertion devices
  • Designing, drawing and fabrication of superconducting magnets
  • Operation and maintenance of the low-temperature systems and devices
Ting-Yi Chung
  • Design and development insertion devices.
  • Measuring and analysis magnetic field of insertion devices.
Chin-Kang Yang
  • Magnetic field measurement of insertion devices.
  • Magnetic field measurement system development of insertion devices.
  • Design, upgrade, performance analysis, and calibration of measurement system.
Chih Wei Chen
Cheng-Hsing Chang
  • Calculation and analysis on mechanical stress, deformation and heat transportation.
  • R & D on in-vacuum undulators.
  • R & D on undulators EPU.
Chih-Sheng Yang
  • To design various kinds of mechanical structure and coils of magnets, the assembly holder, water piping and electric circuits.
  •  Designing and fabrication on the pulsed magnets.
  • Establishment on various kinds of welding technology.
  • Calculation and analysis on mechanical stress, deformation and heat transportation.
Yun-Liang Chu
  • Accelerator manget field measurement
  • Development of pulse magnet measurement system
  • Analyize magnetic field of pulse magnet
Chi-Chuan Tsai
Hsiung Chen
Yang-Yang Hsu
# Group Leader
* Fixed-term Employee