Electric Field Behavior with Current for Bipbsrcacuznxo Thin Film System
DOI:
https://doi.org/10.23851/mjs.v28i1.326Keywords:
Critical field, super conducting, thin film, capacity.Abstract
In this search the investigation of electric field behavior with current for BiPbSrCaCuZnxO film at (x=0, 0.2, 0.4, 0.6, 0.8, 1). Where observed two regions, first (linear region) field be constant nearly, and another region increase quickly.Downloads
References
J. W. Halley,"Theories of High Temperaures superconductivity", Addison Wesly 1988.
P. Komarch; "Supercond." Sci Technol. Vol.13, P.456, 2000.
R.K. NKUM and W. R.D atars, "supercond." Sci. Technol, Vol.8. No.ll, 2015.
A. M. EI Sayad a,b,s, Taha a, G.Said a, F.Yakuphanoglu "controlling the structural and optical properties of nanostructured Zno thin films by the cadmium content" 65(35), 2014.
F Yang, Z.Y.Liu, M.Y.Hanand F.G.Chang, Phys. D: APPI. Phys. 48. 215308, 2015.
N.Darsono, A.Imaduddin,K.Raju and D-Hyok Yoon J.Supercond Nov Magn., V28(8) pp2259-2266, 2015. CrossRef
E.Sakiroglu,K.Kocabas,J Supercond Nov Magn. V24(4) pp.1321-1325, 2010.
Ling D.,Lius.,Lux.,Zhangc., Duy. Vol. 81(8):1033-1037, 2012.
Journal of nuclear materials.August 2004, Vol.329:1590-1593,doi:10.1 proceedings of the 11th international.
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