Bogomolny approach in description of superconducting structures
Lukasz Stepien, Krzysztof Pomorski
TL;DR
This paper applies the Bogomolny approach to analyze superconducting and semiconductor structures, deriving results for configurations with constant magnetic fields, such as spiral-like superconducting cables inside solenoids.
Contribution
It extends the Bogomolny approach to new superconducting and semiconductor structures, providing analytical insights for specific magnetic field configurations.
Findings
Results for constant magnetic field configurations
Analysis of spiral-like superconducting cables
Application of Bogomolny approach to superconducting structures
Abstract
Bogomolny approach in the context of strong necessary conditions is formulated for the case of various superconducting and semiconductor structures. Certain results were obtained for a constant magnetic field, which experimentally corresponds to spiral-like superconducting cable placed inside solenoid.
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Taxonomy
TopicsSuperconducting Materials and Applications · Particle accelerators and beam dynamics · Magnetic confinement fusion research