Soft x-ray radiation on the microtron electron beam
The first results of experimental study of a back transition radiation (BTR) generated by 5.7 MeV electrons in the soft x-ray radiation region are presented. In the experiment the angular distribution (rocking curves) of the yield of radiation generated at the input surfaces of the samples has been measured for thin Si crystal. The radiation was measured by a channel electron multiplier (CEM-6) at the angle θ D = 60° with respect to the electron beam direction. The experimental results and the method of extraction of the DTR and PXR contributions are discussed and are compared with the theory. For estimation of the radiation energy structure and the background level are used super thin filters. The analysis of the results testified, that main contributions in the radiation yield depend from the 10–30 eV photons emission.
Microwave device (2), in particular for fixing toner onto a printing material in a printing machine, with a microwave source (10) and a resonator (9), a microwave transparent material (1) on the inner surfaces of the resonator chamber (9) to form a material application that makes a to protrude on any sedimenting him pollution in the microwave field, characterized by a first operating state for supplying a printing material through a passage (7) in the resonator chamber (9) in which a standing microwave in the resonator chamber (9) formed , and a second operating state for supplying and discharging a first medium to the resonator chamber (9) for cleaning the resonator chamber (9) of contaminants, in which a current in the microwave resonator (9) is formed.