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Information × Registration Number 0209U008577, 0107U009724 , R & D reports Title "Research of influencing of powerful impulsive brake x-ray radiation on property of amorphous alloys on the basis of the transitional metals Ti, Zr, Ni." popup.stage_title Head Dmytrenko Olexii Eugenovich, Registration Date 28-10-2009 Organization National Science Center "Kharkiv Institute of Physics and Technology popup.description2 In order to get amorphous alloys (AА) on the basis of transitional metals Ti, Zr, Ni with satisfactory mechanical properties we suggest to conduct the series of experiments for working of technology of receipt AА off and nanostroucture materials from highly clean components, and in the conditions of undesirable admixtures preventing the hit in fusion on each of stages of receipt AA: materials charges => bar => fusion => temper of fusion => AА. In addition, taking into account high chemical activity of the explored materials, it is planned to conduct all researches of properties of the got standards, related to heating higher than room temperatures, in vacuum terms or protective atmosphere. Thus, creation of new nuclear materials on the basis of transitional metals Ti, Zr, Ni becomes possible, with an amorphous structure. By means the influence of impulsive brake hard x-ray photography radiation on a structure and physical properties of the got alloys becomes possible to conduct careful scientific research of the given question and get objective results. Energy x-rays such, that does not cause the resulted activity on standards, that are exposed to the rays, and allows to conduct the analysis of structural-phase composition and physical properties of nuclear materials without the charges of time and additional equipment on the decline of background of the resulted activity. Is the use of results of hard x-ray photography radiation carried out by introduction in the sphere of science and new method of influencing of impulsive hard x-ray photography radiation 400 keV < x < 1,0 MeV, exposure of defects, that can cause changes of physical-mechanical properties of nuclear materials for prognostication of consequences of co-operation of such radiation with these materials. Product Description popup.authors Середа Борис Віталійович popup.nrat_date 2020-04-02 Close