Archive: 2009 - Moldavian Journal of the Physical Sciences

05 Feb 2009

2009
V. 8
1
(p.78 - 81)

High quality Nb nanolayers as a base for superconducting spintronics

Authors:

Zdravkov, Vladimir

Summary:

Advanced technological process for high quality Nb film preparation of large area (~600 mm2 ) and constant nanoscale thickness is developed. Homogeneity and proper thickness of the Nb layer were proved by the target-holder movement during the DC sputtering. The special protection cover Si-layer was used for a long-term stability of the superconducting properties of the prepared Nb films. The increase of superconducting critical temperature (> 1.5 K for films with comparable thickness) in comparison with films prepared by conventional technique is reported.

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BibTeX

@article{ibn_4029,
author = {Zdravkov, V.I.},
title = {<p>High quality Nb nanolayers as a base for superconducting spintronics</p>},
journal = {Moldavian Journal of the Physical Sciences},
year = {2009},
volume = {8 (1)},
pages = {78-81},
month = {Feb},
abstract = {(EN) Advanced technological process for high quality Nb film preparation of large area 

(~600 mm2
 ) and constant nanoscale thickness is developed. Homogeneity and proper thickness of the Nb layer were proved by the target-holder movement during the DC sputtering. 
The special protection cover Si-layer was used for a long-term stability of the superconducting properties of the prepared Nb films. The increase of superconducting critical temperature 
(> 1.5 K for films with comparable thickness) in comparison with films prepared by conventional technique is reported. },
url = {https://ibn.idsi.md/vizualizare_articol/4029},
}

DataCite

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 ) and constant nanoscale thickness is developed. Homogeneity and proper thickness of the Nb layer were proved by the target-holder movement during the DC sputtering. 
The special protection cover Si-layer was used for a long-term stability of the superconducting properties of the prepared Nb films. The increase of superconducting critical temperature 
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Dublin Core

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(~600 mm2
 ) and constant nanoscale thickness is developed. Homogeneity and proper thickness of the Nb layer were proved by the target-holder movement during the DC sputtering. 
The special protection cover Si-layer was used for a long-term stability of the superconducting properties of the prepared Nb films. The increase of superconducting critical temperature 
(> 1.5 K for films with comparable thickness) in comparison with films prepared by conventional technique is reported. </dc:description>
<dc:source>Moldavian Journal of the Physical Sciences 8 (1) 78-81</dc:source>
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