Design of Synchrotron Light Source in Taiwan

Abstract

Design of the beam shut-off current monitor upgrade for the advanced photon source AIP Conf.Abstract. An intermediate energy synchrotron light source has been proposed. The goal is to construct a high performance light source in complementary to the existing 1.5 GeV synchrotron ring in Taiwan to boost the research capabilities. A 3 GeV machine with 518.4 m and 24-cell DBA lattice structure is considered and other options are also investigated. We report the 24-cell design considerations and its performances.

Numerical Simulation and Mechanical Design for TPS Electron Beam Position Monitors

“…The cross sectional dimensions are based on the dimensions of straight section vacuum chamber in the TPS design report [1]. The cross sectional dimensions are based on the dimensions of straight section vacuum chamber in the TPS design report [1].…”

Current status of lattice design and accelerator physics issues of the 3 gev taiwan synchrotron light source

“…Therefore, we are proposing another synchrotron light source with energy around 3 GeV. [1] We have explored a number of design options, and in this report we present a Double-Bend Achromat (DBA) lattice and a Quadruple-Bend Achromat (QBA) lattice.…”

Vacuum systems for the TPS accelerator

“…The Taiwan Photon Source (TPS) is a 3 GeV third generation accelerator light source with the emittance lower than 2 nm-rad for high brilliance X-ray applications [1]. The vacuum systems for the TPS accelerator contain an electron storage ring (SR) of 518.4 m in circumference and a concentric booster (BR) of 496.8 m in circumference, connected with two transport lines one from the booster to the storage ring (BTS) and the other from the linear accelerator to the booster (LTB).…”