该解适用于绝热的惰性多孔介质内往复流动下的超绝热燃烧。
Such a solution is applicable to super-adiabatic combustion in adiabatic inertial porous media under the condition of reciprocal flows.
天然气在惰性多孔介质内的预混燃烧技术在很多方面体现出了其优越性，成为近年来燃烧领域的研究重点之一。
The technique of natural gas combustion in porous inert media has many advantages, and becomes an important topic in combustion research field.
利用FLUENT软件求解多孔介质中燃烧问题是有效的，该二维惰性多孔介质燃烧模型是合理的。
The turbulent combustion model in PIM is reasonable, and using the CFD code FLUENT to solve combustion in PIM is feasible.
利用FLUENT软件求解多孔介质中燃烧问题是有效的，该二维惰性多孔介质燃烧模型是合理的。
The turbulent combustion model in PIM is reasonable, and using the CFD code FLUENT to solve combustion in PIM is feasible.
应用推荐