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Information × Registration Number 0221U101943, 0116U006492 , R & D reports Title Research of separation of multicomponent systems to groups of elements at heating, ionization and plasma rotating in crossed electric and magnetic fields; studies of generating system parameters of electron beams in the pulse accelerators. popup.stage_title Head Uferov Volodimir B., Доктор технічних наук Registration Date 27-01-2021 Organization National Science Center "Kharkiv Institute of Physics and Technology" popup.description2  The experiments on thermal desorption of B2O3/ ZrO2 mixture under the effect of stationary CO2 laser have been presented. Preliminary experiments showed that under laser irradiation of a given power it is possible to remove B2O3 during thermal desorption process due to vapor pressure difference of mixture components. The trajectories of motion for the ions of a given mass range (M = 232277) in the plasma mass filter, which is currently being developed, are calculated. The influence of the initial conditions (energy, angle, radius) on the ion trajectory to determine the dimensions of the collector for actinides, is studied. An analysis of the calculations showed that there are limitations on energy, angle, and radius related to the initial conditions for the ion motion, that must be taken into account when creating the plasma source for the plasma mass filter. A method for the separation of uranium dioxide from spent nuclear fuel in the plasma mas filter and its removal into a container is proposed. The experimental data on modification of the surface of metals, alloys and coated materials using the method of irradiation by a heavy-current electron beam with the energy of 300 keV have been presented. The mass transfer processes that occur in the material of metal targets were studied. The experiments were carried out to define the action of X-ray radiation on the different types of conditionally pathogenic microflora. Product Description popup.authors Ilichova Vira O. Vinnikov Denys V. Uferov Volodimir B. popup.nrat_date 2021-01-26 Close