Abstract
Due to high-energy density in the synchrotron beam and its potential danger due to the location of most workstation devices in a vacuum as well as high requirements for thermal deformations of optical elements, ensuring thermal management of any elements of workstations using synchrotron radiation (SR) is a unique, complex, nonstandard task. The work is devoted to optimizing the cooling of the most heat-loaded optical elements of workstations of wiggler SR sources-diamond filters and diamond windows that cut off high vacuum.
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