Unique interplay between superconducting and ferromagnetic orders in EuRbFe4As4Stolyarov V.,
Casano A.,
Belyanchikov M.,
Astrakhantseva A.,
Grebenchuk S.,
Baranov D.,
Golovchanskiy I.,
Voloshenko I.,
Zhukova E.,
Gorshunov B.,
Muratov A.,
Dremov V.,
Vinnikov L.,
Roditchev D.,
Liu Y.,
Cao G.,
Dressel M.,
Uykur E. the
superconducting transition (Tc=36 K), affects
superconductivity in a weak but intriguing way. Upon cooling below
Structural, Magnetic, and Superconducting Characterization of the CuNi/Nb Bilayers of the S/F Type Using Polarized Neutron Reflectometry and Complementary TechniquesKhaydukov Y.,
Morari R.,
Mustafa L.,
Kim J.,
Keller T.,
Belevski S.,
Csik A.,
Tagirov L.,
Logvenov G.,
Sidorenko A.,
Keimer B. inductance setup, we determined the
superconducting transition temperatures of the samples, which
Multicritical points on the phase diagrams of layered ferromagnet/superconductor structures. The dependence of
superconducting transition temperature Tc on value of exchange field h of localized spins
Superconductivity on Interfaces of Nonsuperconducting Granules La2 CuO4 and La1.56 Sr0.44 CuO4Bykov, A. A.,
Terent’Ev, K. Yu.,
Gokhfeld, D. M.,
Savitskaya, N. E.,
Popkov, S. I.,
Petrov, M. I. .44CuO4 at 910 °C during various time are investigated. Areas of
superconducting La1.85Sr0.15CuO4 phase
Proximity Effect in Heterostructures Based on a Superconductor/Half-Metal System of magnetizations. In the second case, we have observed separation between the
superconducting transitions Electron paramagnetic resonance in superconducting cuprates superconductivity (HTSC) was started by Alex Müller with his study of partially covalent character of
transition Structural, Magnetic, and Superconducting Characterization of the CuNi/Nb Bilayers of the S/F Type Using Polarized Neutron Reflectometry and Complementary TechniquesKhaydukov Y.,
Morari R.,
Mustafa L.,
Kim J.,
Keller T.,
Belevski S.,
Csik A.,
Tagirov L.,
Logvenov G.,
Sidorenko A.,
Keimer B. inductance setup, we determined the
superconducting transition temperatures of the samples, which
Magnetic-field-driven x≈1/8 anomaly of superconductivity in La₂₋x₋ySrxMnyCuO₄Dependence of
superconducting transition temperature Tc(y) on an applied magnetic field B
Fine structural characterization of the elements of a Nb-Ti superconducting cableA niobium-titanium alloy (Nb + 47%Ti)
superconducting cable that acts as a current-carrying element