fuel-n conversion 燃料氮转化
fuel-n converting 燃料氮转化
fusion n fuel 聚变燃料
fuel pipe unio n 燃油管接头
fuel-lean n combustion 贫燃料燃烧
fusion n fuel facility 聚变燃料设施
suspension n type fuel 悬浮态燃料
fusion n fuel consumption 聚变燃料消耗量
Because of the accumulation effect and less flue gas flux in FGR combustion, NOX and SO2 concentration in flue gas significantly increased. The conversion rate of fuel-N decreased, due to that NOX reacts with coal during FGR process.
由于烟气再循环的累积效应以及烟气流量减小,烟气中NOX和SO2的浓度大幅增加,燃料氮和硫的转化率下降,这主要是由于烟气再循环过程中NOX与炉膛内煤粉的反应引起的。
参考来源 - 煤烟气再循环燃烧颗粒物排放特性的实验研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The result reveals that the magnesium acetate in coal can make a reducing action during combustion and reduce the quantity of NO on the conversion course of fuel-N.
研究结果表明，在燃煤中添加醋酸镁后，醋酸镁对燃料氮的释放过程中起到一定的还原作用，可以减少NO的生成。
The N S interaction during fuel combustion has been studied in this paper.
研究了燃料燃烧过程中N- S间的相互作用。
The study indicated that even if all the barren hillsides were planted with firewood, they could supply only 25.8 percent of fuel needed. N a whole year.
本研究表明，即使全部荒山都营造成薪炭林，也只能解决全年所需燃料的25.8%。
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