Sentence examples for comprehensive combustion from inspiring English sources
Both nonluminous and luminous methane air nonpremixed turbulent jet flames are simulated using a comprehensive combustion solver.
The model was coupled with a comprehensive combustion code to predict the flow field, the temperature field and the deposit growth behavior.
Two grey approximations are also included in the comparison, since such models are frequently used for calculation of gas radiation in comprehensive combustion computations.
Most comprehensive combustion models can predict with reasonable accuracy flow fields and heat transfer, but usually with a much lesser degree of accuracy than the combustion of the coal particles through to char burnout.
Combining plasma chemistry processes including electron-impact reactions, and reactions of electronically excited species with a comprehensive combustion mechanism, a plasma-assisted kinetic mechanism of ethylene pyrolysis and oxidation has been constructed.
Results demonstrate reasonable agreement with experiments, indicating that the SOM-MLP approach provides a good representation of the composition space, while the great savings in CPU time allow for a simulation to be performed with a comprehensive combustion model, such as the LES-PDF, with modest CPU resources such as a workstation.
A comprehensive multi-phase combustion model has been developed to study the physiochemical processes involved in the combustion of ammonium dinitramide (ADN).
We conducted a comprehensive set of combustion experiments in a connected tube test facility to investigate the interface between supersonic and dual-mode combustion in a scramjet combustor.
This work is a comprehensive study of combustion in porous inert media (PIM) with focus on the effects of pressure and air/fuel equivalence ratio.
Comprehensive study of combustion synthesis and characterization of synthesized products showed that LaFeO3 had been successfully prepared in a single step of combustion synthesis, while the synthesis of LaCoO3 and LaMnO3 required an extra calcination step.
The coupling of a flow reactor to various analytical techniques can offer the comprehensive analysis of combustion products, including gaseous species, volatile and semi-volatile organic compounds (VOC, SVOC) and PCDD/F.
