Sentence examples for discharge soot from inspiring English sources

We focus on a spark discharge soot, soot from a heavy-duty diesel engine, soot from a diesel engine in black smoking conditions and a furnace carbon black from Degussa.

In this study, the microstructure and oxidation behaviour of soot from the raw exhaust of a Euro IV test heavy duty (HD) diesel engine are investigated and compared to that of spark-discharge soot and hexabenzocoronene (HBC, C42H18).

The spark-discharge soot with its fine primary particles and fullerenoid structure has an onset temperature of 423 K for combustion, while the HBC with its well-ordered crystallites has a high onset temperature of 773 K.

Spectral parameters (band positions, full widths at half maximum, and intensity ratios) are reported for several types of industrial carbon black (Degussa Printex, Cabot Monarch), diesel soot (particulate matter from modern heavy duty vehicle and passenger car engine exhaust, NIST SRM1650), spark-discharge soot (Palas GfG100), and graphite.

Mass absorption coefficient spectra were measured between λ = 500 nm and 840 nm for nine forms of highly-absorbing carbonaceous aerosol: five samples generated from gas-, liquid- and solid-fueled flames; spark-discharge fullerene soot; graphene and reduced graphene oxide (rGO) crumpled nanosheets; and fullerene (C60) assemblies.

When the discharge ended, the soot generated was collected under ambient condition.

In burning fossil fuels such as coal and gas to supply electricity to homes and workplaces, power plants discharge clouds of soot and other pollutants into the atmosphere.

Graphite rods doped with Teflon or NaTFA were used to generate CF3· radicals during the arc discharge; the resulting soot was extracted with CS2, and the extract was analyzed by EI mass spectrometry and F NMR spectroscopy.

The rod was packed with a mixture of iron (Fe), nickel (Ni), sulfur (S), and PGC and used for the production of SWCNT soot using arc discharge.

High purity single walled carbon nanotubes (SWCNTs) were prepared from arc discharge produced cloth-like soot by a new purification strategy, in which liquid oxidation and steam oxidation were combined with a freeze-drying process to remove the metallic and carbonaceous impurities.

Single-walled carbon nanotube (SWCNT) soot produced by arc discharge was purified through gas and liquid phase oxidations.