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Information × Registration Number 0206U002397, 0103U001927 , R & D reports Title Physics of formation mechanisms of finely divided clusters in amorphous thin films matrixes depending on technological parameters of condensation and exterior factors. popup.stage_title Head Mykolaychuk Oleksij Hordijovych, Registration Date 07-02-2006 Organization Ivan Franko Lviv National University popup.description2 The kinetics of origin of nano-crystalline clusters is investigated during deriving condensates А3В5 (GaSb, InSb)-Ge, Sn, M (Fe, Co, Ni)-Ge-Hf, RZM (Zr, Gd, Y), the role of technological parameters (temperature and the nature of a substrate, superimposition of electrical and magnetic fields, velocities of condensation, an expedient of transpiration) on a topography of arrangement and quantity of germs, a phase composition of condensates is shown. Methods of electron microscopy explore incipient states of origin of quasi-crystalline clusters in amorphous semiconductor and metal matrixes of formed condensates, a kinetics of eduction (decay in sated solid solutions) at activity of thermal fields and irradiations. Electrical and magnetic properties of amorphous, quasi-amorphous, finely divided condensates are explored. The interrelation between a substructure and physical properties is detected. Mechanisms of transference of a charge in quasi-equilibrium and nano-crystalline structures are offered. The external influence on structure, conductance and the kinetic properties of films is investigated with the purpose of making finely divided condensates of a different functionality.5635 Product Description popup.authors popup.nrat_date 2020-04-02 Close