We report a comparative analysis and theoretical description of the superconducting
properties of two spin-valve-valve structures containing the Heusler alloy Co 2 Cr 1− x Fe x …

We theoretically investigated the proximity effect in SN SOF and SF'F structures consisting of
a superconductor (S), a normal metal (NSO), and ferromagnetic (F', F) thin films with spin …

We study the distinctive features of the phase-pum** effect in Josephson transport through
a three-layered ferromagnet F 1/F/F 2 with noncoplanar magnetization. Using Gor'kov and …

We investigate the charge and spin transport in half-metallic ferromagnet (F) and
superconductor (S) nanojunctions. We utilize a self-consistent microscopic method that can …

The effect of an atomically sharp impenetrable interface on the spin splitting of the spectrum
of two-dimensional electrons in heterostructures based on (001) III–V has been analyzed. To …

It is well-known that the proximity effect at superconductor/ferromagnet (S/F) interfaces
produces damped oscillatory behavior of the Cooper pair wave function within the …

We study the effect of the triplet proximity effect on Josephson transport in
superconductor/half-metal/superconductor structures of atomic thickness beyond the …

We consider a superconducting spin valve in multiply connected superconductor-
ferromagnet hybrid geometry such as a superconducting ring enclosed a ferromagnetic …

Abstract Pb 0.92 La 0.08 (Zr 0.52 Ti 0.48) O 3/YBa 2 Cu 3 O 7− ẟ (PLZT/YBCO)
heterostructure and its micropattern with good superconductivity are prepared via the pulsed …

Spin-singlet Cooper pairs consisting of two electrons with opposite spins cannot directly
penetrate from a superconductor to a half-metal (fully spin polarized ferromagnets) which …