info:eu-repo/semantics/conferenceProceedings
In-Situ Transformation of Amorphous Soot into Carbon-Nanostructures by High- Energy Ball Milling
Autor
IVANOVICH ESTRADA GUEL
Institución
Resumen
Carbon structures can be bonded together in diverse ways forming several allotropes, known as graphite,
diamond and amorphous carbon, where the properties each material varies widely. On the other hand,
carbon nanostructures (allotropes at nanoscale) have been extensively researched for potential
applications. Carbon nanostructures were extended to its application in energy related applications
leading to the development of different carbon-based nanostructures with different shapes and sizes [1].
Of all the above-mentioned, graphene is more interesting, since its applications have reached out due to
its unique properties: thermal, optical, electrical, mechanical, etc. [2]. Generally, carbon nanoreinforcements
are used to improve mechanical properties ensuring the integrity of prepared composite
[3]. Due to the high demand on carbon and carbon nanostructures, it is a technological challenge to get a
cheap methodology to obtain these materials commercially.
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