化学计量比,理想配比值
When the pressure is increased to 0.13 MPa, the cell performance at reactant stoichiometric ratio of 1.0 is as same as that at the condition of sufficient reactant.
当提升压力至0.13MPa,化学计量比1.0的电池性能与足量反应气体工况下的性能相当。
The results show that burning-out efficiency increases with the increase of reburning zone stoichiometric ratio while NO reduction efficiency decreases when reburning fuel rate is kept constant.
研究表明:燃料量一定时,再燃区过量空气系数增加将导致燃料燃烧更为完全,NO还原效率降低,但再燃燃料的燃烧对炉内温度场的影响很小。
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