Speaker
Description
The development of cyclic accelerators serves as a foundation in the field of synchrotron and neutron research, which is necessary for the creation of breakthrough technologies, as well as for the creation and development of research infrastructure. For this purpose, a synchrotron radiation source of generation 4+ is being created in Novosibirsk, – SKIF. The main feature of this installation is an ultra-low emittance that allows you to provide a high beam brightness for research in various fields of science and technology. Important for SKIF is the availability of diagnostic tools that provide measurement of the transverse beam dimensions, which will help to minimize the emittance during setup and allow it to be compared with the calculated value of $75~[pm\cdot rad]$.
The calculated emittance of $75~[pm\cdot rad]$ corresponds to the vertical beam size of less than 8 microns at the radiation extraction sites. As part of the working project, a diagnostic complex was developed that includes a beam size monitor based on a double-slit interferometer. The monitor should provide interferometric measurements using sigma-polarized SR both in the visible range and in the near ultraviolet, which will provide additional opportunities to verify the consistency of the results of beam size measurements.
| Young scientist paper | Yes |
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