The phrase "analysis of the combustion" is correct and usable in written English.
It can be used in contexts related to studying or examining the process of combustion, often in scientific or engineering discussions.
Example: "The analysis of the combustion process revealed several inefficiencies in the fuel usage."
Alternatives: "study of the combustion" or "examination of the combustion".
This model permits a detailed analysis of the combustion zone.
A numerical analysis of the combustion flow over an additively manufactured tubular heater head was conducted.
The furnace is part of the UKCCSRC Pilot-scale Advanced CaPACTe Technology (PACT) facilities and was designed for detailed analysis of the combustion process.
A steady turbulent CFD analysis of the combustion process in a non-conventional biomass furnace, originally developed for the combustion of bagasse, is presented.
The optimization of the engine over the complete engine operation range requires an accurate analysis of the combustion process under all operating conditions; detailed modeling of the HCCI process is an opportunity to realize the engine optimization at lower cost.
Thermodynamic analysis of the combustion temperatures and experimental validation indicate that the 1000 1500 °C temperature range is very effective for synthesizing the nanostructures of B, B4C, and BN.
Thermodynamic analysis of the Al C Si3N4 air combustion reaction system was conducted based on the N2/O2 diffusion kinetic model, and the calculated results are in good agreement with the experimental phenomenon.
This work presents a numerical analysis of the quasi-steady combustion of an infinite stream of droplets in the limit of infinite Damköhler number and stagnant ambient conditions.
Analysis of the products of combustion showed that inefficiencies result from fuel stripping, and photographic images link this process to changes in mean and instantaneous flame structure.
The paper addresses the analysis of diffusion combustion of composite preliminary vaporized fuel composed of n-decane with small amount of non-oxidized Al nanoparticles.
Reaction pathway analysis highlights the combustion kinetics of methane in various flame conditions, including the differences in fuel consumption paths, and the formation of low molecular weight species, benzene and PAHs.
