Materiales multifuncionales magnéticos amorfos y basados en grafeno : síntesis, caracterización y aplicaciones en apantallamiento electromagnético y monitorización avanzada de gases
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2024
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25/10/2023
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Universidad Complutense de Madrid
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Esta tesis doctoral presenta una investigación en detalle sobre materiales basados en grafeno (GBMs) y materiales magnéticos amorfos, centrándose en su producción, caracterización y posibles aplicaciones en el apantallamiento electromagnético y la detección de gases. El estudio incluye el desarrollo de materiales y sus aplicaciones dentro del campo de la física del estado sólido. Lo hace explorando, con un enfoque eminentemente experimental, cuatro líneas de investigación principales: la producción de GBMs, el uso de GBMs y materiales magnéticos amorfos en aplicaciones de apantallamiento electromagnético, el uso de GBMs en sensores químico-resistivos de gases, y el uso de materiales magnéticos amorfos en sensores de gas basados en la resonancia magnetoelástica...
This doctoral thesis comprehensively investigates graphene-based materials (GBMs) and amorphous magnetic materials, focusing on their production, characterization, and potential applications in electromagnetic shielding and gas sensing.The study is primarily concerned with the development of materials and their applications within the field of solid-state physics. It does so by exploring, with a predominantly experimental approach, four major research lines: the production of GBMs, the use of GBMs and amorphous magnetic materials in electromagnetic shielding applications, the use of GBMs in chemiresistive gas sensors, and the use of amorphous magnetic materials in magnetoelastic resonance-based gas sensors...
This doctoral thesis comprehensively investigates graphene-based materials (GBMs) and amorphous magnetic materials, focusing on their production, characterization, and potential applications in electromagnetic shielding and gas sensing.The study is primarily concerned with the development of materials and their applications within the field of solid-state physics. It does so by exploring, with a predominantly experimental approach, four major research lines: the production of GBMs, the use of GBMs and amorphous magnetic materials in electromagnetic shielding applications, the use of GBMs in chemiresistive gas sensors, and the use of amorphous magnetic materials in magnetoelastic resonance-based gas sensors...
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Tesis inédita de la Universidad Complutense de Madrid, Facultad de Ciencias Físicas, leída el 25-10-2023