Speaker
Description
Since May 2022, the researchers at Anhui University, Hefei, China have been constructing an internationally advanced infrared free-electron laser (IR-FEL) facility. The project mainly includes one FEL light source device, six experimental stations, and other supporting systems. The tunable IR-FEL system covers the mid-infrared to far-infrared bands. Its linear accelerators provide an electron beam energy of 12-55 MeV, adopting an oscillator-type FEL scheme to generate ultrashort laser pulses (maximum 100 mJ/pulse) with continuously tunable wavelengths (2.5-200 μm), quasi-monochromaticity, and high peak power. The system includes linear accelerators, oscillators, and an optical transmission system, along with electron beam diagnostics, synchronization control, and laser parameter measurement systems. The six experimental stations focus on high temporal, spatial, and energy resolution to realize the characterization and measurement of light-matter interactions, constructing an internationally advanced materials science research platform for light-matter interaction studies.
| Paper status | Proceeding files received |
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