Beilstein J. Nanotechnol.2018,9, 407–414, doi:10.3762/bjnano.9.40
structure that can be modified in many ways to obtain materials for a wide range of applications. It is known that the graphite precursor has an important role in the synthesis of graphite oxide. In the present study, the basal-plane surface of highlyannealedpyrolythicgraphite (HAPG) was oxidized by
microscopy (AFM); graphene; graphite intercalation compounds (GICs); graphite oxide (GO); highlyannealedpyrolythicgraphite (HAPG); Introduction
Graphite oxide (GO) and its single-layer derivative, graphene oxide, are of great importance due to their potential applications as a part of supercapacitors
oriented crystallites with almost parallel c-axes. The inclination angle between the crystallites is characterized by a mosaic spread, which is between 0.1° and 3° for HOPG [10]. In this paper, we used a new material, highlyannealedpyrolythicgraphite (HAPG). The mosaic spread of a flat HAPG film can be
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Figure 1:
a) Raman spectra of the highly annealed pyrolythic graphite (HAPG) before and after the treatment. ...