Sentence examples for combustion evolution from inspiring English sources

Due to the rapidity of the combustion evolution, the exposure time of 80 μs was implemented electronically.

Furthermore, we believe that this work presents the first description of the combustion evolution during the initial half a second after the successful ignition.

The results of the previous study on the combustion cavity evolution are compared with this gasification study.

A similar combustion process evolution was detected for both butanol blends.

Results from numerical modeling of the furnace environment, particle combustion, and the evolution of sulfur to SO3 support the experimental findings.

Once optimized for selected engine conditions, the laser plasma induction system has been used to ignite a direct injection Diesel spray, and to compare the evolution of combustion with that of a conventional auto-ignited Diesel spray.

To explain these results, three mechanistic descriptions of char-N evolution during combustion were evaluated with computational models that simulated (a) homogeneous chemistry in a plug-flow reactor with entrained particle combustion, and (b) homogeneous chemistry in the boundary layer surrounding a reacting particle.

Consequently, the system evolution represents turbulent combustion in the thin reaction zone regime.

Applications of the work of Sethian and his collaborators include computational models for combustion, fluid mixing, grain metal evolution, image processing, semiconductor manufacturing, industrial ink jet printing, materials informatics, tumor architecture, and industrial foams.

Numerical modeling of the evolution, behavior, and combustion of two-phase hydrocarbon clouds released into the open atmosphere is presented.

Injection systems represent key elements in modern diesel engines because of the fundamental role played in fuel spray formation and evolution during the combustion phase.