INVESTIGATING OF YUNDK35T5AA ALLOY INGOT STRUCTURE

The effect of single-crystal rate growth of YUNDK35T5 alloy on the pha se composition, cellular-dendritic structure and substructure perfecti on has been studied. An increase of the growth rate has been shown to cause an increase of disorientation angle for the alloy single crystal s. The development of new technologies for production of single crysta ls requires prediction of growing structures specifying chemical and p hysical inhomogeneity of alpha-solid solution. An increase of growth r ate for single crystals on the basis of Fe-Co-Ni-Al system is one of t he urgent actual problems of production of permanent magnets.