Producción de nanopartículas de ferritas espinela: Un estudio bibliométrico
DOI:
https://doi.org/10.33448/rsd-v9i1.1546Palabras clave:
Nanomateriales; magnetismo; CiteSpace; aplicaciones.Resumen
En este artículo, se realizó un análisis bibliométrico de la producción de ferrita de espinela, con el objetivo de ampliar la gestión del conocimiento del área de investigación, así como identificar perspectivas futuras sobre la aplicación de estas estructuras y arrojar luz sobre la investigación posterior. El estudio fue diseñado en base a un análisis estadístico y cualitativo de los documentos de la base de datos de Web of Science (WoS) de 1995-2017, utilizando como herramienta adicional el software CiteSpace, que permite la expansión del dominio del conocimiento sobre el tema. como la obtención de un conjunto de registros bibliográficos de publicaciones relevantes, con la identificación posterior de grupos de investigación vinculados (grupos). El software CiteSpace proporciona un conjunto de parámetros empíricos, entre ellos el Betweenness Centrality (BC), que describe la influencia de un artículo determinado en la transferencia de información entre el conjunto de publicaciones en estudio. A través de los resultados fue posible identificar un crecimiento significativo en el número de publicaciones y citas. Los países con el mayor número de publicaciones son India (946), China (483) y Estados Unidos (247), y Estados Unidos tiene el mayor parámetro de centralidad (BC), lo que refleja su papel destacado en la transmisión. información sobre ferrita tipo espinela. Al analizar la descomposición de las categorías de WoS en grandes grupos o grupos, se observó el predominio de tres áreas de acuerdo con el número de co-citas: propiedades magnéticas, propiedades electromagnéticas y propiedades efectivas de electrocatálisis, que reflejan las principales objetivos de investigación sobre este tema. Entre las palabras clave principales, "ferrita de cobalto" tiene el parámetro BC más grande, lo que revela un mayor interés de la comunidad científica en la ferrita de cobalto. Los resultados de los grupos se corroboraron a partir de la identificación de las principales aplicaciones de ferrita tipo espinela en los últimos dos años, en los que se observó el rendimiento predominante de estos materiales en el tratamiento de aguas residuales, dispositivos magnéticos, sensores y aplicaciones médicas.
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