Progresos en la síntesis de nanoestructuras de carbono por descarga de arco sumergida.

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Bibliographic Details
Title:	Progresos en la síntesis de nanoestructuras de carbono por descarga de arco sumergida.
Alternate Title:	Progress in the synthesis of carbon nanostructures by submerged arc discharge.
Authors:	Desdín García, Luis Felipe¹ desdin@ceaden.edu.cu, Chao Mujica, Frank Justo¹, Hernández Tabares, Lorenzo¹, García Hernández, Liudy¹, Darias González, Juan Gualberto¹, Ledo Pereda, Luis Miguel¹, Corcho Valdés, Ángel Luis¹, Antuch Cubillas, Manuel¹
Source:	Nucleus. ene-abr2023, Issue 73, p25-28. 4p.
Subjects:	Carbon nanofibers, Nanostructured materials, Nanotechnology, Nanostructures, Evaluation methodology, Carbon, Electric arc
Abstract (English):	Carbon nanomaterials are the major and fastest growing area of nanotechnology. Their exceptional properties find application in numerous sectors of the economy. However, their large-scale production with adequate quality is still an open problem. In the present work, the advances obtained in the development of the submerged arc discharge technology for the production of carbon nanostructures in the Nanosciences Group of CEADEN are presented. We also report the implementation of methods for the safety evaluation of the in vitro use of carbon nanostructures synthesized using this method. [ABSTRACT FROM AUTHOR]
Abstract (Spanish):	Los nanomateriales de carbono constituyen el área de mayor y más rápido crecimiento de la Nanotecnología. Sus propiedades excepcionales encuentran aplicación en numerosos sectores de la economía. Sin embargo, su producción a gran escala con la calidad adecuada sigue siendo un problema abierto. En el presente trabajo se presentan los avances obtenido en el desarrollo de la tecnología de descarga de arco sumergido para la producción de nanoestructuras de carbono en el Grupo de Nanociencias del CEADEN. Así mismo se reporta la implementación de métodos para para la evaluación de la seguridad en el uso in vitro de nanoestructuras de carbono sintetizadas usando dicho método. [ABSTRACT FROM AUTHOR]
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Database:	Engineering Source

Description
Abstract:	Carbon nanomaterials are the major and fastest growing area of nanotechnology. Their exceptional properties find application in numerous sectors of the economy. However, their large-scale production with adequate quality is still an open problem. In the present work, the advances obtained in the development of the submerged arc discharge technology for the production of carbon nanostructures in the Nanosciences Group of CEADEN are presented. We also report the implementation of methods for the safety evaluation of the in vitro use of carbon nanostructures synthesized using this method. [ABSTRACT FROM AUTHOR]
ISSN:	0864084X