Speaker
Linus Bölte
(TU Dortmund University)
Description
In ultrafast electron diffraction experiments, the scattering cross-section, q-range, and space-charge effects are critically influenced by the electron beam energy, which is constrained by the high-voltage breakdown. By integrating a 100 kV DC electron gun with a 3 GHz radiofrequency cavity powered with a 400 W amplifier, we demonstrate a net energy gain of up to 31 keV. Here we present simulation and experimental results highlighting the simultaneous compression and accelerating capabilities using a radiofrequency cavity, demonstrating that significant energy gains are attainable without compromising femtosecond scale time resolution.
| Region represented | Europe |
|---|---|
| Paper preparation format | LaTeX |
Author
Linus Bölte
(TU Dortmund University)
Co-authors
Arne Held
(TU Dortmund University)
Carsten Mai
(TU Dortmund University)
Klaus Sokolowski-Tinten
(University of Duisburg-Essen)
Marius Milnikel
(University of Duisburg-Essen)
Peter Hartmann
(TU Dortmund University)
Xijie Wang
(SLAC National Accelerator Laboratory)
