Makogon, Yu.M.; Pavlova, O.P.; Sidorenko, S.I.; Verbytska, T.I.; Verbytska, M.Yu.; Fihurna, O.V.
(Металлофизика и новейшие технологии, 2015)
By the methods of materials science, the effect of intermediate Cu layer with low surface energy (≅1.83 J/m²) (top, intermediate, and underlayer) in [Fe₅₀Pt₅₀(15 nm)/intermediate Cu(7.5 nm) layer/Fe₅₀Pt₅₀ (15 nm)]n (where ...