Feasibility of an electron-based crystalline undulator
M. Tabrizi, A. V. Korol, A. V. Solov'yov, Walter Greiner
Abstract
The feasibility to generate powerful monochromatic radiation of the undulator type in the gamma region of the spectrum by means of planar channeling of ultra-relativistic electrons in a periodically bent crystal is proven. It is shown that an electron-based crystalline undulator operates in the regime of higher beam energies than a positron-based one does. A numerical analysis is performed for a 50 GeV electron channeling in Si along the (111) crystallographic planes.
Create a lesson
Related papers
Reconstruction of Beam Transverse Parameters in the Fermilab Side-Coupled Linac Using a Normalized Coordinate Framework
E. V. Chen, J-P. Carneiro, R. V. Sharankova et al.
Coherent collective amplification of terahertz microbunching seeded by laser frequency beating in relativistic electron beams
Wencai Cheng, Yin Kang, Kaiqing Zhang et al.
Heavy ion driven plasma wakefield acceleration with drift-like phase-shift acceleration scheme
Li Jiangdong, Xia Guoxing, Liu Jie et al.
Ultralow Mean Transverse Energy and High Quantum Efficiency Cryogenic Bialkali Photocathode for MHz-Repetition-Rate Electron Sources
D. Wang, S. Liu, J. Liu et al.
First Cobotic-Assisted String Assembly of PIP-II SSR2 Cavities at Fermilab
M. Parise, T. Aiazzi, C. Narug
PIP-II Project Progress and Challenges
O. Napoly