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Information × Registration Number 0219U001024, 0114U002065 , R & D reports Title New magnetic properties of functional materials. popup.stage_title Head Belokolos E., Registration Date 03-01-2019 Organization Institute of magnetism NASU and MESU popup.description2 Theoretical methods for the calculation of thermodynamic and kinetic properties of normal metals for the case of external quantized rational and irrational magnetic fields are developed. The theoretical background for the creation of stationary hydrogen accumulators for hydrogen energetics has been developed based on the choice of the stoichiometric composition of FexNi3-x permalloy type alloys. This was done using the theoretical simulation of the electronic and magnetic structure of the alloys to get optimal chemical composition and crystallographic structure of such compounds and to provide the highest output concentrations of absorbed hydrogen at the lowest values of hydrogen pressure. The crystalline structure and differences of ionic conductivity of solid electrolytes Li3xLn2/3-x(BO3)y (Ln-La, Ce, B-Ti, Zr, Nb, Ta, Mn) perovskite structures have been investigated to produce of different electrochemical devices: the batteries, fuel cells, chemical analyzers, etc. The peculiarities of the crystalline structure affecting on the ionic conductivity have been studied and the ways to improve the properties of ionic conductors have been proposed. The optimal parameters for excitation and propagation of spin waves in a new type of magnon crystals are found. Obtained results can serve as a base for the development of mathematical physics methods to describe the thermodynamic aspects of quantum dynamics, as well as for the creation of a new generation of magnetic nanoelectronics devices .. Product Description popup.authors Білоколос Є.Д. Салюк О.Ю. popup.nrat_date 2020-04-02 Close