Description
The objective of the Shenzhen Superconducting Soft-X-ray Free Electron Laser (S³FEL) is to develop a free electron laser source utilizing a superconducting linear accelerator operating at an electron energy of 2.5GeV. The facility has a length of approximately 1.8km and features a wavelength range of 1 to 30nm for its Free Electron Laser, aimed at advancing cutting-edge scientific research and development. High-precision control network data is essential as a reference benchmark for aligning the S³FEL components installed in four main areas: linac, LTU, undulator, beamline and experimental station (BL & ES). This ensures smooth particle trajectories and the generation of high-quality beams. This poster focuses on the design indicators for alignment accuracy, control network types, measurement schemes, data processing methods, and accuracy evaluation of key components within S³FEL.
