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Doctoral thesis . 2012 . Peer-reviewed
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Material laws and numerical methods in applied superconductivity

Authors: Ruiz, H. S.;

Material laws and numerical methods in applied superconductivity

Abstract

Electromagnetismo de superconductores de tipo II, el estado crítico (CS); CS En las ecuaciones de Maxwell, el Régimen de CS y el límite de MQS, teoría variacional para el CS, los principios generales del método variacional, Ley material: Sc\'S con anisotropía magnética, 1D crítico los Estados, hacia el CS 3D​​,Método de Cálculo. CS Problemas: Efectos y Aplicaciones, Tipo II-SCS con anisotropía magnética intrínseca, Geometría 3D variacional -slab-, las predicciones isotrópicas en 3D, T-estados en 3D, CT-estados-3D-, los estados críticos suaves en -3D-, gradiente de ángulo crítico en 3D, el problema del transporte longitudinal, la simplificación de los modelos analíticos y más allá, el SDCST y el enfoque BM, la anisotropía magnética y los efectospoco comunes, modelos de estados-T y CT chi \\ . Electromagnetismo Para cables superconductores, marco teórico y consideraciones generales, cables aislados SC sometidos a fuentes externas: inyección de corriente de transporte, flujo magnetico externo AC, Consideraciones finales sobre laspérdidas AC, cables SC bajo excitaciones simultáneas AC (B_ {0}, I_ {tr}): Asíncrono, Síncrono.

Thanks to the Spanish National Research Council (CSIC), the Institute of Materials Science of Arágon (ICMA), and the Department of Condensed Matter Physics of the University of Zaragoza by their academic and economical support. It is to be mentioned that, funding of the research within this dissertation has been sponsored by the JAE program of the Spanish National Research Council (CSIC). Also, the attendance to events and dissemination of results was supported by the Spanish CICyT and FEDER program (projects No. MAT2008-05983-C03-01, MTM2006-10531, and MAT2005-06279-C03-01), the DGA project PI049/08, and DGA grant T12/2011. MAT2008-05983-C03-01, MTM2006-10531, and MAT2005-06279-C03-01), the DGA project PI049/08, and DGA grant T12/2011.

Tesis presentada por Harold Steven Ruiz Rondan para optar al grado de Doctor en Física por la Universidad de Zaragoza.

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This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
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