1) Gaseous Fuel Reburning
气体燃料的再燃
2) gas reburning
气体再燃
1.
The use of gas reburning technology for the effective and highly promising reduction of NO_x emissions has been successfully implemented during the modification of boilers at Bao Steel Works power plant with an emission concentration of NO_x of 155 mg/m~3 being attained.
作为一种有效且前景看好的降低NOx排放的技术,气体再燃在宝钢电厂的锅炉改造中得到了应用,并取得了令人满意的效果。
3) gas fuel
气体燃料
1.
This paper introduces the characteristics, reserves, productivity, consumption and perspective of high calorific value gas fuel, and introduces the nature gas, the coal bed gas and the gas-hydrate.
讨论了高热值气体燃料的特点、储量、产量、消费量和前景。
2.
Power and economic performances of a gas-diesel dual fuel engine may be worse because its air in cylinder is less due to gas fuel in cylinder.
针对可燃气体的存在有可能使发动机由于空气不足而使燃料不能充分燃烧,发动机动力性、经济性下降的问题,分析了气体燃料成分及性能参数,推导了气体-柴油双燃料发动机与柴油机相比的动力性变化计算公式。
3.
The constitution and working principles of the gas fuel control system of PG9351FA gas turbine manufactured by GE Company are introduced,and the solution for a lack of gas supply pressure is explained.
介绍了GE公司PG9351FA型燃机的气体燃料控制系统的构成和工作原理,并介绍了供气压力不足时的解决方案。
4) gaseous fuel
气体燃料
1.
Analysis & Calculation to Combustible Property of Gaseous Fuel and Development & Application of Its Software
气体燃料燃烧特性分析计算与软件开发及应用
2.
Based on the digestion of advanced oversea technologies, the paper discusses problems, to be considered in the course of designing gaseous fuel systems of heavy type gas turbines, and general principles that have to be observed in case of multichanneled system, accompanied by some relevant typical examples.
在消化吸收国外先进技术的基础上,探讨了重型燃气轮机气体燃料系统设计过程中应当考虑的事项,以及多路气体燃料系统设计应遵循的一般原则和典型的多路气体燃料系统。
3.
In order to reduce exhaust emissions of vehicles in cities gaseous fuel is used.
用气体燃料代替汽油,是目前解决城市空气污染的一个可行方法。
5) fuel gas
燃料气体
6) gaseous fuel dew point
气体燃料的露点
补充资料：气体燃料
分子式：
CAS号：
性质：能产生热能或动力的气态可燃物质。一般含有低分子量的碳氢化合物、氢和一氧化碳等可燃气体。并常含有氮和二氧化碳等不可燃气体。如沼气、天然气、焦炉气、水煤气、发生炉煤气、石油气以及高炉气等。可用管道远距离输送，不含灰分，着火温度较低，燃烧容易控制等。可直接用作内燃机等的燃料，也可用作工业原料。
CAS号：
性质：能产生热能或动力的气态可燃物质。一般含有低分子量的碳氢化合物、氢和一氧化碳等可燃气体。并常含有氮和二氧化碳等不可燃气体。如沼气、天然气、焦炉气、水煤气、发生炉煤气、石油气以及高炉气等。可用管道远距离输送，不含灰分，着火温度较低，燃烧容易控制等。可直接用作内燃机等的燃料，也可用作工业原料。
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