Thank you for your irony, but there are articles about optical system heating by influence of synchrotron radiation on 85 K. In addition the SR range is from infrared to gamma, not X-ray only.
taking the whole spectrum of synchrotron photons you are able to generate a lot of heat. Therefore in beamlines the filters and windows close to the ring have to be often cooled.
Thank you. But phenomenologically I would like to understand: Is it possible to use the synchrotron heating as to analogous of laser CVD for metals deposition from carbonyls (350-420 K)? For example, it will be nice for NEMS production, due to high brilliance and good emittance (not LIGA-method).