@article{oai:repo.qst.go.jp:00080730,
 author = {Hajima, Ryoichi and Ryoichi, Hajima},
 journal = {Nuclear Instruments and Methods in Physics Research A},
 month = {Jan},
 note = {Compton scattered radiation sources have been utilized
in a broad range of experiments from fundamental science to industrial
applications for their unique features,
the generation of energy-tunable, nearly mono-energetic polarized
photon beams. In the Compton radiation sources, the radiation bandwidth
can be controlled by a collimator to restrict the scattering angle,
but the bandwidth is also affected by the emittance and energy spread
of the electron beam. In this study, we discuss collimator optimization
to obtain narrow-band radiation from a Compton source with
an electron beam having asymmetric emittance in the horizontal
and vertical planes. A Monte Carlo simulation code based on
Geant4 has been developed and used to compare circular and rectangular
collimators for shaping the radiation spectrum of Compton sources.},
 title = {Bandwidth of a Compton radiation source with an electron beam of asymmetric emittance},
 volume = {985},
 year = {2021}
}