Superconductivity and Stoichiometry in the BSCCO-family Materials
Marshall Onellion (Department of Physics, University of Wisconsin,, Madison, WI 53706)
TL;DR
This paper investigates the superconducting properties of BSCCO-family materials through various measurements including magnetization, resistivity, and electronic structure analysis.
Contribution
It provides a comprehensive analysis combining bulk measurements and photoemission data to understand superconductivity in BSCCO materials.
Findings
Detailed characterization of superconducting gap properties.
Correlation between stoichiometry and superconducting behavior.
Insights into the electronic band structure of BSCCO materials.
Abstract
We report on magnetization, c-axis and ab-plane resistivity, critical current, electronic band structure and superconducting gap properties. Bulk measurements and photoemission data were taken on similar samples.
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