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Graphitic carbon nitride (g-C3N4) is a
family of
carbon nitride compounds with a
general formula near to C3N4 (albeit
typically with non-zero amounts...
- the
carbon behind in
graphitic carbon. This
graphite became valuable as a lubricant. Acheson's
technique for
producing silicon carbide and
graphite is...
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Carbon fibers or
carbon fibres (alternatively CF,
graphite fiber or
graphite fibre) are
fibers about 5 to 10
micrometers (0.00020–0.00039 in) in diameter...
- such as
rubber and
carbon nanotubes can be used.
Carbon fiber is
sometimes referred to as
graphite-reinforced
polymer or
graphite fiber-reinforced polymer...
- 2 kg/m3. Similarly, gl****y
carbon contains a high
proportion of
closed porosity, but
contrary to
normal graphite, the
graphitic layers are not
stacked like...
- element) due to its
valency (tetravalent). Well-known
forms of
carbon include diamond and
graphite. In
recent decades, many more
allotropes have been discovered...
- of
gaseous fluorine with
graphitic carbon at 215–230 °C. The
color is greyish, white, or yellow. The bond
between the
carbon and
fluorine atoms is covalent...
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Graphitizing and non-
graphitizing carbons (alternatively
graphitizable and non-graphitizable
carbon) are the two
categories of
carbon produced by pyrolysis...
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Graphitization is a
process of
transforming a
carbonaceous material, such as coal or the
carbon in
certain forms of iron alloys, into
graphite. The graphitization...
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showing hollow graphitic carbon fibers that are 50 nanometers in diameter. 1955 – Hofer,
Sterling and
McCarney observe a
growth of
tubular carbon filaments...
