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Rare earth element influence on growth rate and critical current of high temperature superconducting tape

Guryev V. V. ¹, Kulikov I. V.¹, Abdyukhanov I. M.², Alekseev M. V.², Belotelova Yu. N.², Volkov P.V.¹, Konovalov P. V.², Kruglov V. S.¹, Krylov V. E.¹, Lazarev D. V.¹, Nikonov A. A.¹, Ovcharov A. V.¹, Rakov D. N., Shavkin S. V.¹

¹National Research Center “Kurchatov Institute”, Moscow, Russia
²A.A. Bochvar All-Russia Advanced Research Institute for Inorganic Materials, Moscow, Russia

Email: Gurev_VV@nrcki.ru, GuryevVV@mail.ru

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Samples of coated conductors based on REBa₂Cu₃O_7-x, where RE denotes Y, Gd, Sm, Eu, Dy, have been studied. The superconducting layer was deposited by PLD method on steel substrate with textured layers of YSZ and CeO₂. The lower the melting temperature of the corresponding rare-earth element, the higher the rate of formation of the HTS layer. It was found that in a perpendicular magnetic field at nitrogen temperature the critical current increases in the series Y -> Dy -> Gd -> Sm, while at helium temperature this trend is reversed. Keywords: REBCO, rare earth element, critical current, anisotropy.

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