Speaker
Description
Compared to conventional free-electron lasers (FELs), high-repetition-rate FEL has the ability to generate laser pulses at a higher frequency, thereby significantly enhancing the laser's mean power. The high-repetition-rate infrared FEL (IR-FEL) device aims to incorporate optical resonator-based FEL technology, powered by a photocathode RF gun and a superconducting RF accelerator. This paper outlines the design layout and optimization of the primary parameters of the high-repetition-rate IR-FEL device. Beam dynamics simulations of the injector, accelerator, and bunch compressor are performed using the codes ASTRA and CSRTrack. Code Genesis 1.3 is used to simulate the physics in the undulator sections. During the simulation, the collective effects like space charge, coherent synchrotron radiation (CSR), and longitudinal cavity wake field effects are taken into consideration.
| Region represented | Asia |
|---|---|
| Paper preparation format | Word |
