Beddis G.

Formation of phase composition and structure in nanosize thin film compositions CoSb([sub]1,82–2,51[/sub])(30 нм)/SiO[sub]2[/sub](100 нм)/ Si(001) – functional elements of thermionics

By the methods of x-ray photography diffraction, scanning electron microscopy, atomic-power microscopy and resistometry, we investigate the processes of phase formation and structure in CoSb(1,82–2,51)(30 nm) thin film on the single-crystal silicon of Si(001) substrate with the SiO2(100 nm) oxide layer.

Phase transformations and physical зroperties of nanodimensional fe50pt50 (30 nm)/sio2(100 nm)/si(001) film system

In this paper, we study conditions of the magnetically ordered L10(FePt) phase with a face-centered tetragonal lattice in the nanodimensional Fe50Pt50 (30 nm)/SiO2(100 nm)/Si(001) film system at annealing in nitrogen. We also investigate its structure, morphology, electric and magnetic properties. On the experimental side, we show that the magnetically ordered L10(FePt) phase with rectangular grains is formed in Fe50Pt50 films after annealing at 720 K.