Superconducting bending magnets for compact synchrotron radiation source
A 180 degrees superconducting magnet has been constructed for a synchrotron radiation source. The authors describe the superconducting magnet design and some component test results for the compact synchrotron radiation source. The magnetic field at the electron orbit is 4.5 T. The bending radius is 0.593 m. The magnet has several features such as low liquid helium consumption ratio, persistent current operation, high homogeneous magnetic fields, and leakage flux shielding by the iron core surrounding the cryostat. Component tests of persistent current switches of 15 Omega and 3 Omega and a superconducting joint test have been performed.<<ETX>>
A high energy electron beam facility for industrial research
A high-energy electron beam facility is under commission. This facility consists of a 20-MeV linac and a 1-GeV synchrotron. The synchrotron is designed to act as a storage ring as well as an injector to a compact storage ring.<<ETX>>
Update on the Compact Synchrotron X-Ray Source Helios
Helios is a compact superconducting Synchrotron X-ray source designed specifically for lithography. It will produce a total X-ray power of 8.2 kW when the design stored beam of 200 mA is achieved. The first phase of commissioning has just been completed in less than 2 months. A stored beam of 305 mA has been accumulated at the injection energy of 200 MeV and 55 mA has been accelerated to the full energy of 700 MeV.