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Anisotropic Microwave Absorption in High-T_{c} like Semiconductor Superconducting Superlattices (001) PbTe-PbS

100%
Mironov O., Makarovskii O., Fedorenko A., Sipatov A., Nashchekina O., Zaritskii I., Konchits A.
Acta Physica Polonica A
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1994
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vol. 85
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issue 3
603-606
EN
The anisotropic microwave absorption in the presence of alternative magnetic field has been studied for the first time in superconducting super-lattices based on PbTe-PbS, which are layered anisotropic systems similar to high T_{c} superconductors. A new method of study has been used. The microwave response was detected under broad-band conditions and compared with the results of synchronous detection. All the features which have been observed in high T_{c} materials are clearly seen here.
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Superconductivity of Non-Strained PbTe-PbS and Strained PbTe-SnTe Superlattices

84%
Mironov O., Chistyakov S., Fedorenko A., Shpakovskaya L., Sipatov A., Savitskii B., Nashchekina O., Oszwałdowski M.
Acta Physica Polonica A
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1991
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vol. 80
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issue 3
329-332
EN
A comparative study of structural and superconductive properties of semi conductor epitaxial superlattices PbTe-SnTe and PbTe-PbS grown on (001) KCl has been carried out. It has been found that the superconductivity of the PbTe-SnTe superlattices is caused by the stretching strain in the SnTe layers and it may be connected with the relative positions of L^{+}_{8} and L^{+}_{6} terms of PbTe and SnTe, respectively in the heterojunction. In contrast to the PbTe-SnTe superlattices, the superconductivity of the PbTe-PbS super lattices is found to be associated with regular misfit dislocation grids which are generated at the interfaces.
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