The phrase 'further combustion' is correct and usable in written English.
You can use it to describe either a chemical reaction that increases in intensity or a process that has the potential to continue, such as a dispute. For example: "With both parties unwilling to compromise, further combustion of the argument seemed inevitable".
Improper flame development was caused by slow flame propagation which prevented the flame from consuming the bulk of the fuel mixture within the piston bowl, which was a crucial step to achieve further combustion.
This validation is necessary for the optimisation of the control system in this multivariable process as well as for developing a further combustion model.
Accordingly, the obtained excellent fire retardancy is probably attributed to the creation of a barrier effect on the surface of PVA, which can decelerate the heat transfer and prevent the underlying materials from further combustion.
Add to that the increasing cost of Medicare substantially above the rate of growth in projected revenues for the next 10 years, causing further combustion power to the ticking time bomb.
To further understand combustion properties of asphalt binder at the component level, four components such as saturates, aromatics, resins, and asphaltenes (SARA) were first separated from asphalt binder.
The porous media within the combustor can be coated with a catalyst to further promote combustion; this apparatus was designed to enable the investigation of various catalysts to be evaluated for their effectiveness as promoters of combustion.
To further reject combustion luminosity, a narrow-bandpass laser-line filter was employed, after diffusing the transmitted light sufficiently to avoid the effects of significant spatial non-uniformities of the filter.
A sample was sent off for analysis which concluded there has been a "further spontaneous combustion event".
In order to further increase the combustion temperature and save energy simultaneously, this paper researched and analyzed the combustion mode which combines the regenerative combustion technology and oxygen-enriched combustion, and contrastively analyzed each combustion features of regenerative oxygen-enriched combustion technology.
Further reduction in combustion volume resulted in thermal intensity of 57 MW/m3 atm.
These results promise a further improvement of combustion technology using wood fuels.
