1) NOx conversion efficiency
脱NOx率
1.
The effect of oxygen concentration,the original NOx concentration and flue gas temperature on NOx conversion efficiency was examined.
介绍了选用NH3作还原剂,活性炭作催化剂,在低温(<200℃)和氧气存在的条件下,选择性催化还原(SCR)NOx的技术和反应机理,研究了氧气浓度、NOx入口浓度和烟气温度对脱NOx率的影响。
2) removal rate of NOx
NOx脱除率
3) NO x removal efficiency
NOx脱除效率
1.
This paper describes the effect of discharge types on NO x removal from exhaust gas by non thermal plasma, then points out that for these technology to put into application, reduction of energy dissipation and raising NO x removal efficiency are necessary.
本文对各种低温等离子体放电形式脱除烟气中NOx 的效应进行述评 ,指出这些低温等离子体处理烟气技术要能走向实际应用 ,首要课题是必须降低能耗 ,提高NOx脱除效率。
4) DeNO X
脱NOX
5) NO_x removal
NOx脱除
1.
Results showed that plasma-facilitated catalysis system for NO_x removal exhibited obvious synergistic effect at 240 ℃.
结果表明,在催化温度为240℃时,等离子体辅助催化脱除NOx方面表现出明显的协同效应;等离子体“预活化”过程产生的协同“媒介”物质包括3类:NO2、醛类(HCHO,CH3CHO)和含氮有机物(CH3ONO2,C2H5ONO2,CH3NO2),放电过程脱除的NOx主要转化为含氮有机物;在等离子体“预活化”过程中,提高放电能量密度或初始C2H4浓度均可促使协同“媒介”NO2向低温催化活性更高的含氮有机物转化和醛类的生成,进一步提高等离子体辅助催化的NOx脱除效率。
6) removal of SO2/NOx
脱除SO2/NOx
补充资料：脱声脱气
1.失声失气。形容因悲恐话音失常。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条