The Korea-4GSR (Korea Fourth-Generation Synchrotron Radiation) Project, initiated in July 2021, is a multipurpose synchrotron radiation facility. Led by the Korea Basic Science Institute (KBSI), the project collaborates with the Pohang Accelerator Laboratory (PAL) as a partner institution. The facility will be situated in Ochang, Republic of Korea, an area known for its concentration of...
Takahiro Watanabe
Japan Synchrotron Radiation Research Institute (JASRI)
RIKEN SPring-8 Center (RSC)
SPring-8 major upgrade, SPring-8-II, is undergoing, where we have recently updated our accelerator design aiming at even brighter light source performance. The latest design includes the five-bend lattice at the electron energy of 6 GeV, damping wigglers, and newly develop undulators. The...
The Australian Nuclear Science & Technology Organisation (ANSTO) operates, maintains, and develops a wide range of research infrastructure (worth ~$1 billion) for the benefit of all Australians, including some of the largest research facilities in the country. The Lucas Heights campus in Sydney hosts the Australian Centre for Neutron Scattering, the Centre for Accelerator Science and the...
Mogno, the micro and nanotomography X-ray beamline at Sirius, was designed to operate in zoom tomography mode, high-throughput, and for in situ experiments. With a nano-focus source, Mogno promises unprecedented resolution for nanostructural analysis at a high-energy beamline, reaching up to 150 nm with energy levels of 22, 39, and 67 keV. Currently partially open to users, the nano-station is...
Beamline end-stations often require components to move along non-trivial multi-dimensional trajectories in order to fulfill experimental requirements. These trajectories can often be realised through well synchronized combined motion of multiple axes with single degrees of freedom, such as linear and rotational actuators [1]. A good example of this is the SCANIA-2D (Segmented Crystal Analyzer...
SSRF Phase-II Beamline Project started from 2016. Its major goal is to establish a systematic, state-of-the-art experiment facility for the third-generation synchrotron radiation to solve problems in cutting-edge science and technology. At present, the construction has been fully completed. All the newly built 18 beamlines with nearly 60 experimental methods have passed acceptance testing by...
