We report on the experimental proof of a technique for the implementation of dual-color X-ray generation via inverse Compton scattering in the BriXSinO project. Our technique is based on two identical optical cavities, with different interaction angles with the electron line. A fast (50 ms) shift of their fundamental modes allows an alternate Compton interaction, resulting in two alternate X-rays colors. As a proof of principle, we tested our technique on an experimental setup with the same geometry used for BriXSinO, demonstrating the feasibility of this method for a future implementation in a complete Compton source.
Method for spatial mode shifting in an actively frequency stabilized optical cavity for dual-color X-rays generation in BriXSinO / Canella, F.; Suerra, E.; Giannotti, D.; Drebot, I.; Capra, S.; Cipriani, D.; Mettivier, G.; Galzerano, G.; Cardarelli, P.; Cialdi, S.; Serafini, L.. - In: IL NUOVO CIMENTO C. - ISSN 2037-4909. - 45:6(2022). [10.1393/ncc/i2022-22202-9]
Method for spatial mode shifting in an actively frequency stabilized optical cavity for dual-color X-rays generation in BriXSinO
Mettivier G.Writing – Original Draft Preparation
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2022
Abstract
We report on the experimental proof of a technique for the implementation of dual-color X-ray generation via inverse Compton scattering in the BriXSinO project. Our technique is based on two identical optical cavities, with different interaction angles with the electron line. A fast (50 ms) shift of their fundamental modes allows an alternate Compton interaction, resulting in two alternate X-rays colors. As a proof of principle, we tested our technique on an experimental setup with the same geometry used for BriXSinO, demonstrating the feasibility of this method for a future implementation in a complete Compton source.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
