1.
AR Air Regulators in multiple burner systems, hold constant air-fuel ratio and the mixture pressure with reducing burner port area of up to 90 %.
AR空气调节阀用于多炉头系统，保持恒定的空气燃料比和混合气压力。
2.
As a result, a more even air-fuel ratio is maintained.
因此，能维持合适的空气与燃料之比。
3.
combustible mixture
可燃混合气(空气和燃料按一定的可以燃烧的比例混合)
4.
fuel-air mixture analyzer
燃料-空气混合物分析器
5.
fuel air mixture analyser
燃料空气混合物分析器
6.
methanol-air fuel cell
甲醇－空气燃料电池
7.
Mixing of LP Gas and air and supply of the mixture to an engine.
控制空气的吸入量，为发动机提供最佳混合比的燃料气体。
8.
Comparison of Oxy-fuel Firing and Air combustion In glass furnace combustion space
全氧燃烧与空气助燃玻璃窑炉燃烧空间比较
9.
aviation turbine fuel [AVTUR fuel]
航空燃气涡轮发动机燃料
10.
actual air consumption for fuel combustio
燃料燃烧所需实际空气量
11.
Research on the Explosive Temperature Response of Fuel Air Explosive Measured by Colorimetric Thermometer
应用比色测温仪测量燃料空气炸药爆炸过程温度响应
12.
Both liquid and gas fuels cannot bum so long as the fuel and air are kept away from each other.
液体燃料和气体燃料只要没有空气都燃烧不起来。
13.
Numerical Study of Fuel/Air Unmixedness in a Nonreacting Gas Turbine Combustor;
燃气轮机燃料/空气掺混规律的数值研究
14.
(of fuel) highly combustible; having a high proportion of fuel to air.
（指燃料）非常易燃的；气体中可燃物质的比例很高。
15.
Comparative numerical simulation of combustion flows in a dual-fuel-combustor
燃气轮机双燃料燃烧室流场对比数值研究
16.
The regulator holds a constant air-fuel ratio from cold start-up through hot air operation.
调节阀能够保证从冷启动到预热空气一直保持恒定的空气-燃料比例。
17.
How quickly a fuel burns depends on how well it is mixed with oxygen or air.
燃料如何迅速地燃烧，取决于燃料和氧或空气的混合程度。
18.
Liquid fire also burn only when the surface of the liquid is in contact with the air.
液体燃料也只有在其表面接触空气时才会燃烧。