چكيده به لاتين
Abstract
Energy supply through fossil fuels has long been favored. This energy from direct burning of solid or heavy liquid fuels is burned in air, is achieved. The small particle size, increase the surface area of the fuel in touch with oxidizer. As a result, each particle fuel with less energy reaches the gas phase metal fuels in recent decades due to high energy density and easy transport industry has been proposed as an alternative fuel.
Therefore, in this study we have tried to discrete porous dust particle combustion review. The aim of this study, Comprehensive model to analyze discrete combustion process by eliminating the assumption of a uniform and smooth surface and porosity is taking.
In first chapter, It has been tried to investigate discrete particles cloud combustion concepts and a review of research done in the past. In second chapter, combustion of organic particles assuming consider the porosity is studied in continuous domain. In third chapter, regular discrete inorganic particles cloud the combustion reaction in the combustion by taking radiation and conduction mechanisms have been studied. In forth chapter, combustion of random discrete dust cloud has been studied. At last, has been a definite conclusion.
