A new method for the quantitative estimate of the phase composition of a multiphase
ferromagnetic alloy is suggested that is based on measuring the temperature and field …

Solid solutions in the form of alloy coatings have been obtained for the first time in the Cd
concentration range of 64.5% using ion-plasma sputtering and the codeposition of Nb and …

In recent decade, nanocrystalline alloys based on the combinations of elements immiscible
under equilibrium thermodynamic conditions, such as (Co, Fe)–(Cu, Au, Ag), have been …

Using ion-plasma sputtering and the co-precipitation of superdispersed particles of Mo and
Cd, solid solutions—alloys with a concentration of up to 57.3 at% Cd in a film—are produced …

Powders of Ñî-Ð alloy with ultradispersed corundum (Al2O3) and detonation nanodiamond
(DND) precipitates were synthesized by chemical reduction. The products were …

The core-shell Al 2 O 3@ Co particles were prepared by the ball-milling of the composite Al
2 O 3-Co particles synthesized by electroless reduction. During the ball-milling process …

The work reports a magnetostructural study of bulk nanostructured composite materials Co–
P/Cu prepared by dynamic compaction (DC) and uniaxial cold pressing (CP). The initial …

In this work we investigate a metastable inhomogeneous Co-Cu alloy produced by
mechanical alloying. We use both conventional structural method (X-ray diffraction) and …

The core-shell Al 2 O 3@ Co particles were prepared by the ball-milling of the composite Al
2 O 3-Co particles synthesized by electroless reduction. During the ball-milling process …

Investigation of the nanostructured Co-Cu alloy formation process during mechanical
alloying was carried out with composite particles representing a Co–P alloy core covered …