- 200 °C.
Products include the
clusters pentaborane and decaborane.
These pyrolyses involve not only
cracking (to give H2), but also recondensation. The synthesis...
-
Ammonium chloride pyrolyses and
reforms into ammonium-chloride
smoke after cooling....
-
matter produced by this process,
including black carbon and
residual pyrolysed fuel
particles such as coal, cenospheres,
charred wood, and petroleum...
-
Collected Volumes, vol. 8, p. 612. X.
Creary (1990). "Tosylhydrazone Salt
Pyrolyses: Phenydiazomethanes".
Organic Syntheses;
Collected Volumes, vol. 7, p...
- (紀州備長炭), Kishū
being the old name of Wakayama.
White charcoal is made by
pyrolysing wood in a kiln at
approximately 240 °C (464 °F) for 120 hours, then raising...
- water).
Before partial combustion the biom**** is
dried and
sometimes pyrolysed.
Syngas is more
efficient than
direct combustion of the
original biofuel;...
- in the
absence of
oxygen to a
temperature at
which kerogen decomposes (
pyrolyses) into gas,
condensable oil, and a
solid residue. This
usually takes place...
-
heptafluoroxenate salts: CsF + XeF 6 →
CsXeF 7 RbF + XeF 6 →
RbXeF 7
which are then
pyrolysed at 50 °C and 20 °C, respectively, to form the
yellow octafluoroxenate...
- high-carbon soil, is also
being investigated as a
sequestration mechanism. By
pyrolysing biom****,
about half of its
carbon can be
reduced to charcoal,
which can...
- β-Pinene can be
converted to α-pinene in the
presence of
strong bases, or
pyrolysed to
produce myrcene at 400 °C. Pinenes,
especially α, are the
primary constituents...
