Nonmonotonic behaviour of superconducting critical temperature of Nb/CuNi bilayers with a nanometer range of layer thickness

Morari Roman; Zdravkov Vladimir; Antropov Evgheni; Socrovişciuc Alexei; Prepeliţa Anatolie; Tagirov Lenar; Kupriyanov Mihail; Sidorenko Anatolie

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SM ISO690:2012

MORARI, Roman, ZDRAVKOV, Vladimir, ANTROPOV, Evgheni, SOCROVIŞCIUC, Alexei, PREPELIŢA, Anatolie, TAGIROV, Lenar, KUPRIYANOV, Mihail, SIDORENKO, Anatolie. Nonmonotonic behaviour of superconducting critical temperature of Nb/CuNi bilayers with a nanometer range of layer thickness. In: Microelectronics and Computer Science: The 6th International Conference, Ed. 6, 1-3 octombrie 2009, Chisinau. Bălți, Republica Moldova: Universitatea de Stat „Alecu Russo" din Bălţi, 2009, Ediţia 6, pp. 160-162. ISBN 978-9975-45-122-2.

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Microelectronics and Computer Science
Ediţia 6, 2009

Conferința "Microelectronics and Computer Science"
6, Chisinau, Moldova, 1-3 octombrie 2009

Nonmonotonic behaviour of superconducting critical temperature of Nb/CuNi bilayers with a nanometer range of layer thickness

Pag. 160-162

Morari Roman¹, Zdravkov Vladimir¹², Antropov Evgheni¹, Socrovişciuc Alexei¹, Prepeliţa Anatolie¹, Tagirov Lenar³, Kupriyanov Mihail⁴, Sidorenko Anatolie¹⁵

¹ Institute of Electronic Engineering and Industrial Technologies, Academy of Sciences of Moldova,
² Lomonosov Moscow State University,
³ Kazan State University,
⁴ Universitatea din Moscova – M.V. Lomonosov, Centrul de utilizare comună a utilajului (ЦКП) ,
⁵ Karlsruhe Institute of Technology, Institute of Nanotechnology

Disponibil în IBN: 11 iulie 2023

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Present work reports the result of the proximity effect investigation for superconducting Nb/CuNi-bilayers with the thickness of the ferromagnetic layer (CuxNi1-x) being in the sub-nanometer range. It was found a non-monotonic behavior of the critical temperature, Tc , i.e. its growth with the increasing of the ferromagnetic layer thickness, dF , for the series of the samples with constant thicknesses of Nb layer, (dNb = const).

Cuvinte-cheie
superconducting critical temperature, Nanolayers, inhomogeneous pairing

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