Abstract
Single crystals of bismuth-calcium-strontium-copper-oxygen (BCSCO) were grown using a conventional slow-cooling flux method using KCl as a solvent. BCSCO single crystals having a surface area of about 10 mm{sup 2} were also grown by the slow-cooling method from a 4334 BCSCO melt. The composition of the thin plate-like BCSCO crystals was determined by electron beam X-ray microanalysis. Susceptibility measurements of the as-grown crystals showed the extrapolated T{sub c} at 87 K. Polycrystalline layers up to 16 {mu}m thickness deposited on GGG substrates from KCl flux showed superconductivity below 85 K. According to our results this flux can be used for epitaxial growth of BCSCO superconducturos. (orig.).
Keszei, B;
Szabo, G;
Vandlik, J;
Pogany, L;
Oszlanyi, G
[1]
- Hungarian Academy of Sciences, Budapest. Central Research Inst. for Physics (Hungary)
Citation Formats
Keszei, B, Szabo, G, Vandlik, J, Pogany, L, and Oszlanyi, G.
Growth of BCSCO single crystals by a slow-cooling flux method.
Switzerland: N. p.,
1989.
Web.
doi:10.1016/0022-5088(89)90231-2.
Keszei, B, Szabo, G, Vandlik, J, Pogany, L, & Oszlanyi, G.
Growth of BCSCO single crystals by a slow-cooling flux method.
Switzerland.
https://doi.org/10.1016/0022-5088(89)90231-2
Keszei, B, Szabo, G, Vandlik, J, Pogany, L, and Oszlanyi, G.
1989.
"Growth of BCSCO single crystals by a slow-cooling flux method."
Switzerland.
https://doi.org/10.1016/0022-5088(89)90231-2.
@misc{etde_7152799,
title = {Growth of BCSCO single crystals by a slow-cooling flux method}
author = {Keszei, B, Szabo, G, Vandlik, J, Pogany, L, and Oszlanyi, G}
abstractNote = {Single crystals of bismuth-calcium-strontium-copper-oxygen (BCSCO) were grown using a conventional slow-cooling flux method using KCl as a solvent. BCSCO single crystals having a surface area of about 10 mm{sup 2} were also grown by the slow-cooling method from a 4334 BCSCO melt. The composition of the thin plate-like BCSCO crystals was determined by electron beam X-ray microanalysis. Susceptibility measurements of the as-grown crystals showed the extrapolated T{sub c} at 87 K. Polycrystalline layers up to 16 {mu}m thickness deposited on GGG substrates from KCl flux showed superconductivity below 85 K. According to our results this flux can be used for epitaxial growth of BCSCO superconducturos. (orig.).}
doi = {10.1016/0022-5088(89)90231-2}
journal = []
volume = {155:2}
journal type = {AC}
place = {Switzerland}
year = {1989}
month = {Nov}
}
title = {Growth of BCSCO single crystals by a slow-cooling flux method}
author = {Keszei, B, Szabo, G, Vandlik, J, Pogany, L, and Oszlanyi, G}
abstractNote = {Single crystals of bismuth-calcium-strontium-copper-oxygen (BCSCO) were grown using a conventional slow-cooling flux method using KCl as a solvent. BCSCO single crystals having a surface area of about 10 mm{sup 2} were also grown by the slow-cooling method from a 4334 BCSCO melt. The composition of the thin plate-like BCSCO crystals was determined by electron beam X-ray microanalysis. Susceptibility measurements of the as-grown crystals showed the extrapolated T{sub c} at 87 K. Polycrystalline layers up to 16 {mu}m thickness deposited on GGG substrates from KCl flux showed superconductivity below 85 K. According to our results this flux can be used for epitaxial growth of BCSCO superconducturos. (orig.).}
doi = {10.1016/0022-5088(89)90231-2}
journal = []
volume = {155:2}
journal type = {AC}
place = {Switzerland}
year = {1989}
month = {Nov}
}