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Information × Registration Number 0210U001894, 0107U009637 , R & D reports Title Mechanism to the law of forming of the nanostructural states in amorphous alloys  and property  of nonophase composites on the basis of  iron and aluminium Section 1. Inheriting of atomic structure of melts during amorphyzation and formation of the nanocrystalline states in amorphous Fe-Si-B-(Cu, Nb) and intensively deformed Zr-Cu-(Ni, Co, Ti, Hf) - alloys and their influence on physical properties of amorphous alloys and nanophase composites popup.stage_title Head Maslov Valeriy Viktorovich, Registration Date 07-05-2010 Organization Institute of Metal Physic G.V.Kurdyumov NAS of the Ukraine popup.description2 The mechanisms of forming of the nanostructural states of amorphous alloys at heating are set, and also in the conditions of large deformations; dominant factors which define thermal stability and level of physical properties of amorphous alloys and nanophase komposites as a scientific basis for creation of new temperature stable soft magnetic nanocrystalline and amorphous alloys to the type Finemet/Metglas and nanocrystalline functional alloys with the memory shape effect. The quantitative structural parameters of amorphous phases depending on the terms of receipt and conclusions are certain concerning the degree of inheritance by them the structures of fusions, and also changes of these parameters at dokristalizatsionniih heat treatments of amorphous alloys in the process of structural relaksatsii. Conformities to the law of influencing of features of the structural being of the amorphous alloys of the base system FeSiBCuNb, conditioned thermal, are experimentally grounded. by predistoriey, on the level of their thermal firmness with the quantitative decision of the proper structural parameters (position of diffraction maximums, radiuses of co-ordinating spheres, co-ordinating numbers, radiuses of correlation, sizes of clusters. Conformities to the law of process of amorfizatsii of alloys of the Zr-Cu-Me system under act of intensive plastic deformation are set. Product Description popup.authors В. Маслов В. Носенко В.Андрієвська В.Балан В.Кирильчук В.Коломицев В.Машира Г. Чемеринский Г.Зелинська О.Ільїнский О.Кочкубей О.Сезоненко О.Слуховський Р. Мусієнко Р.Мишко Т.Сич Т.Христенко Ю.Коваль Ю.Фірстов Ю.Холоденко popup.nrat_date 2020-04-02 Close