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The design of combustion devices demands the fulfillment of always more stringent limitations concerning pollutant emissions.
Lean flammability limit and flame propagation velocity are fundamental properties for engineering design of combustion systems.
Some suggestions are given to the retrofit and new design of combustion system.
Results in this paper could provide guidance in the design of combustion chamber in thermal spallation drilling.
Therefore, optimal design of combustion system is still necessary for better economic performance and stabilized combustion characteristic of the boiler.
The future design of combustion engine systems including customisation can be supported by a set of assistance tools which is shown exemplary.
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Concepts for new designs of combustion equipment are also necessary for the next generation of technologies.
It is expected that this correlation can be of assistance in the successful designing of combustion chambers required by modern heavy duty diesel engines.
This paper investigates an optimization design of different combustion parameters for biomass combustion in fixed-bed counter-current boiler.
The objective is to develop a predictive understanding of various design parameters of combustion assisted thermal spray systems.
Four design parameters of combustion temperature, compression ratio, pinch point temperature difference, and evaporator temperature are used for optimization.
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