Speaker
Fernanda Alves Menicucci Pinto
(Brazilian Center for Research in Energy and Materials)
Description
We present recent developments in characterization approaches for a superconducting wavelength shifter currently being developed for the Brazilian Sirius synchrotron light source. The insertion devices will exhibit 6.6 T peak field with a 7 mm cryogenic magnetic gap leading to a 5 mm vertical gap inside the electron beam chamber. A primary approach based on an anti-cryostat chamber currently being developed is presented along with further developments and considered approaches involving the use of scan coils and in-vacuum printed circuit boards.
Primary authors
Fernanda Alves Menicucci Pinto
(Brazilian Center for Research in Energy and Materials)
João Henrique Ramos Silva
(Brazilian Center for Research in Energy and Materials)
Reinaldo Basilio
(Brazilian Center for Research in Energy and Materials)
Bruno Hashinokuti Iwamoto
(Brazilian Center for Research in Energy and Materials)
Milton Batista da Silva
(Brazilian Center for Research in Energy and Materials)
Dr
Lucas Henrique Francisco
(Brazilian Center for Research in Energy and Materials)