KONA Powder and Particle Journal
Online ISSN : 2187-5537
Print ISSN : 0288-4534
Review Papers
Aerosol Processing of Graphene and Its Application to Oil Absorbent and Glucose Biosensor
Sun Kyung KimHankwon ChangJeong-Woo ChoiJiaxing HuangHee Dong Jang
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Volume 31 (2014) Pages 111-125

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Abstract

Graphene (GR) is a flat monolayer of sp2-bonded single carbon atoms densely packed into a honeycomb crystal lattice. Due to its unique characteristics, GR is expected to contribute to enhanced nanoelectronic, bio-electronic devices, etc. in the near future. However, the single-layered GR sheets have a tendency to form irreversible aggregates or even to restack easily due to strong attraction between sheets. Preventing of aggregation and restacking of GR is achieved by the dimensional transition from flat sheets to fractal-dimensional, nearly spherical crumpled balls using aerosol spray pyrolysis. This review first introduces the fabrication of crumpled GR and GR-composite by aerosol spray pyrolysis, and then discusses the material properties of GR: strain-hardening, compression and aggregation-resistant behavior. Finally, we introduce effective applications of hollow crumpled GR balls for oil absorbent and crumpled GR-composites for glucose biosensor, respectively.

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