Study of Two-layer System  TiN / Ni 0.905 W 0.095 Adoptable for Creating Paramagnetic Substrates with Cubic Texture  for 2G HTS Superconductors

T. V. Sukhareva; M. S. Sunhurov; V. A. Finkel; Yu. N. Shahov

Authors

T. V. Sukhareva
M. S. Sunhurov
V. A. Finkel
Yu. N. Shahov

2G HTS, superconductivity, cubic texture, TiN, Ni-W, buffer layer, paramagnetic substrate

Abstract

The influence of deposition conditions on the morphology and structure of the two-layer system TiN / Ni 0.905 W 0.095 were studied. The effect of concurrent formation of cube texture both in substrate based on paramagnetic alloy Ni 0.905 W 0.095 and TiN coating was detected by means of xray diffraction analysis. Composition TiN / Ni 0.905 W 0.095 may be used as a substrate in the conductive architecture of 2G HTS to improve its critical current density.

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Study of Two-layer System TiN / Ni 0.905 W 0.095 Adoptable for Creating Paramagnetic Substrates with Cubic Texture for 2G HTS Superconductors. (2021). Global Journal of Science Frontier Research, 21(A2), 61-67. https://www.journalofscience.org/index.php/GJSFR/article/view/2980

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