A variety of nanostructures of carbon in nuclear graphite were revealed by transmission electron microscopy (TEM) and high resolution TEM. Theses nanostructures include nanosized graphite particles, quinoline insoluble particles, a chaotic structure and a non-graphitizable structure of carbon. The basic structure of these nanostructures was observed to be nanosized packets of graphitic sheets or nanosized graphene. © 2008 IOP Publishing Ltd
Low-dimensional carbon-based materials, in particular graphenic 2D-carbon structures, were produced ...
Low-dimensional carbon-based materials, in particular two-dimensional graphenic carbon structures, h...
Carbon particle structures containing only a few graphene layers have been collected from a Bunsen (...
The microstructures of the binder in two grades of nuclear graphite, Gilsocarbon graphite and Pile G...
Abstract: This article reports the microstructural characteristics of various petroleum and pitch ba...
Defect evolution in nuclear graphite has been studied in real time using high-temperature in situ tr...
A new class of carbon structure is reported, which consists of microscale graphitic shells bounded b...
Non-graphitizing carbons (NGCs) are an important class of solid carbons which cannot be converted in...
International audienceFor several decades, graphite has been used in French gas-cooled nuclear react...
Low dimensional carbon based materials are strictly dependent from the intrinsic property of self-as...
High-resolution electron microscopy is used to study the structure of two typical non-graphitizing c...
Carbon particle structures containing only a few graphene layers have been collected from a Bunsen (...
Abstract: The blend of nanotechnology and material science is often beyond the scope of undergraduat...
Transmission electron microscopy has been used to examine carbon isolated from the Allende meteorite...
ABSTRACT This report is about two of carbons allotropes, graphite and graphene. It will be about som...
Low-dimensional carbon-based materials, in particular graphenic 2D-carbon structures, were produced ...
Low-dimensional carbon-based materials, in particular two-dimensional graphenic carbon structures, h...
Carbon particle structures containing only a few graphene layers have been collected from a Bunsen (...
The microstructures of the binder in two grades of nuclear graphite, Gilsocarbon graphite and Pile G...
Abstract: This article reports the microstructural characteristics of various petroleum and pitch ba...
Defect evolution in nuclear graphite has been studied in real time using high-temperature in situ tr...
A new class of carbon structure is reported, which consists of microscale graphitic shells bounded b...
Non-graphitizing carbons (NGCs) are an important class of solid carbons which cannot be converted in...
International audienceFor several decades, graphite has been used in French gas-cooled nuclear react...
Low dimensional carbon based materials are strictly dependent from the intrinsic property of self-as...
High-resolution electron microscopy is used to study the structure of two typical non-graphitizing c...
Carbon particle structures containing only a few graphene layers have been collected from a Bunsen (...
Abstract: The blend of nanotechnology and material science is often beyond the scope of undergraduat...
Transmission electron microscopy has been used to examine carbon isolated from the Allende meteorite...
ABSTRACT This report is about two of carbons allotropes, graphite and graphene. It will be about som...
Low-dimensional carbon-based materials, in particular graphenic 2D-carbon structures, were produced ...
Low-dimensional carbon-based materials, in particular two-dimensional graphenic carbon structures, h...
Carbon particle structures containing only a few graphene layers have been collected from a Bunsen (...