研究多孔介质内往复流动下的超绝热燃烧。
Superadiabatic combustion with reciprocating flow in a porous medium has been investigated through numerical calculations.
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.
结果表明，相对于单向流动，往复流动有更好的燃烧排放效果。
The results show that the emission level of the cyclic flow reversal combustion is lower than that of one-way flow combustion.
通过实验研究了多孔介质内往复流动下超绝热燃烧温度分布特性。
An experimental study was carried out on temperature distribution characteristics of superadiabatic combustion in porous media with reciprocating flow (RSCP).
再一次祝福土地、水域或海洋，允许爱在你们彼此之间来回往复流动。
Bless the land waterways or sea again allowing the love to flow back and forth between you.
底加热时，热管内的运动多是循环的单向脉冲流动，并不是工质在某一个U型管或直管内的往复随机振荡。
In bottom heat mode, most of the movement of working fluid is pulsating and one-direction circulating flow, not random reciprocal oscillating in certain straight pipe or U-shaped pipe.
底加热时，热管内的运动多是循环的单向脉冲流动，并不是工质在某一个U型管或直管内的往复随机振荡。
In bottom heat mode, most of the movement of working fluid is pulsating and one-direction circulating flow, not random reciprocal oscillating in certain straight pipe or U-shaped pipe.
应用推荐