666.3:538.94:523.3-7 RESISTANCE AND VOLTAGE ANOMALIES ABOVE 200K BSCCO SYNTHESIZED BY SOLAR TECHNOLOGY.

Bobokulov, Sirojiddin, Eshonkulov, Elyor, Gulamova, Dilbara

Наманган муҳандислик­технология институти илмий­техника журнали · 2025-yil

Annotatsiya

The purpose of the research is to obtain room temperature superconducting phases in ceramics based on bismuth cuprates using solar technology. The synthesis of BSCCO was carried out using the “Solar Fast Alloys Quenchig” technology at the Big Solar Furnace (Parkent). Based on the results of microstructural and X-ray methods, the glass-crystalline composition of the precursors and the homo-phase composition of the nanolayered ceramics were determined. Resistance anomalies in the temperature range of 280-320 K have been established, interpreted in the assumption of room temperature superconducting phases. The Meissner effect in BSCCO precursors and ceramics under daylight and under the influence of light at room temperature and normal atmospheric pressure has been established. Resistance anomalies, the Meisner effect in the assumption of room temperature phases, are explained by the influence of the solar spectrum and technological conditions on the electronic structure of atoms. Different oxygen stoichiometry of homologous phases determines different potentials of adjacent layers, resulting in charge transport and increased charge density at intergranular boundaries.

Maqola ma’lumotlari
MualliflarBobokulov, Sirojiddin, Eshonkulov, Elyor, Gulamova, Dilbara
JurnalНаманган муҳандислик­технология институти илмий­техника журнали
Nashr sanasi2025-12-30
Jild10
Son4
Betlar173-181
TilIngliz
DOI10.61151/stjniet.v10i4.839

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