Sentence examples for combustion yielding from inspiring English sources

A residence time effect is evident and apparently scales as the mass flow rate of air relative to that for stoichiometric combustion, yielding a φP2 scaling of the NO (ppm).

The remaining solid fraction was assessed as a fuel for conversion by combustion yielding thermal energy and inorganic ashes with the prospective of being utilized rather than being land-filled.

The liquid fraction served as substrate for the production of biogas (methane), whereas the solid fraction functioned as fuel for thermal conversion (combustion), yielding thermal energy, which can be used for heat and power generation.

A low pyrolysis temperature of 440 °C with low feed rate increases the residence time in the combustion reactor yielding maximum oil.

Detailed chemical kinetic mechanisms are used to describe the chemistry involved in the combustion process yielding highly coupled partial differential equations for each of the chemical species used in the mechanism.

Use has been made of aerothermochemical analyses reported in the literature, with the surface C O2 and C CO2 reactions and the gas-phase CO O2 reaction taken into account, with yielding explicit combustion-rate expressions for the combustion response in the limiting situations, by use of the transfer number in terms of the natural logarithmic term.

Kinetic analysis was also performed using the distributed activation energy model, and the kinetic parameter (E) was determined for the different stages of HFO combustion and pyrolysis processes, yielding a good agreement with the measured TG profiles.

In contrast with sidestream CS, the availability of oxygen and high temperatures during a puff of mainstream CS results in a more complete combustion of organic compounds yielding lower concentrations of PAHs.

During combustion, it oxidizes and reacts with sodium and sulfur, yielding vanadate compounds with melting points down to 530 °C, which attack the passivation layer on steel, rendering it susceptible to corrosion.

Our previous work showed that dual-fuel reactivity-controlled compression ignition (RCCI) combustion is a promising combustion strategy replacing up to 80% of the total fuel energy with hydrous ethanol yielding simultaneously high thermal efficiency and low engine-out NOX and soot emissions.

HCCI mode of combustion is known for simultaneous reduction of NOx and PM emissions besides yielding low specific fuel consumption.