1) fuel-NOx
燃料型NOx
1.
Based on the existing forms and evolution of Fuel-N in biomass fuels during high temperature air combustion (HTAC), a model mainly considering fuel-NOx and thermal-NOx formation was established.
根据生物质中燃料N的存在形式和燃烧中演变的特点,建立了其在高温空气燃烧(HTAC)条件下以燃料型NOx产生为主并考虑热力型NOx的生成模型。
2) fuel NO x
燃料NOx
1.
The detailed information of thermal NO x and fuel NO x is given.
应用数值模拟方法研究了旋流燃烧器中煤粉浓缩器对煤燃烧NOx 生成的影响 ,给出了热NOx 和燃料NOx 生成的详细信息 。
3) multi-enriched LNB(MELNB)
多重富集型低NOx燃烧器
4) low NOX pulverized-coal burner in same velocity of two channels
等速型低NOX燃烧器
1.
The process of combustion in a 350 MW boiler was simulated and the results showed that the dense-dilute pulverized-coal concentration combustion technology did not change furnace radiation heat transfer,and NOX emission of low NOX pulverized-coal burner in same velocity of two channels was 12% lower than that of the conventional dense-dilute pulverized-coal concentration burner.
常规水平浓淡燃烧器的双通道速度差达6~8 m/s,该速度差会对燃烧稳定性、燃烧效率和NOX排放造成影响,通过对常规直流煤粉燃烧器、水平浓淡煤粉燃烧器和等速型低NOX燃烧器在350 MW电站锅炉上的燃烧过程数值模拟表明:浓淡燃烧技术不改变锅炉炉内的传热特性,等速型低NOX燃烧器比水平浓淡燃烧器可降低NOX排放12%。
5) low NOx combustion
低NOx燃烧
1.
The main control principle for NOx in a coal-fired power plant is low NOx combustion up to now in China, which is similar to that in the early stage in developed countries.
我国法规与标准对燃煤电厂NOx的控制主要是以低NOx燃烧为控制原则,与发达国家初期控制NOx的政策类同,同时炉内低NOx燃烧技术也是发达国家后期进一步控制NOx加装烟气脱硝的重要前置控制。
2.
Directing against contradiction between the high NOx emission and the difficulty in achievement of environment protection under condition of applying only the single low NOx combustion technology onto the W-shaped flame boiler,a scheme of combined application of low NOx combustion and SNCR technology has been put forward.
针对W火焰锅炉的高NOx排放与单一采用低NOx燃烧技术很难使之达到环保标准的矛盾,提出了低NOx燃烧与SNCR技术联合应用方案。
6) low NO_x combustion
低NOx燃烧
1.
In combination with the main international research trend of the low NO_X combustion technology of the coal burning boiler, the principle of the NO_X emission reduction by the application of the step air admission and gas reburning techology has been recommended.
结合当前国际上燃煤锅炉低NOX燃烧技术研究的主流方向,介绍了空气分段燃烧和气体再燃技术降低NOX排放的原理。
补充资料：核燃料储运(见乏燃料贮存与运输)
核燃料储运(见乏燃料贮存与运输)
nuclear fuel transport and storage:see spent nuclear fuel trasport and storage
核燃料储运(nuelearfuel transport andstorage)核燃料的储存和运输都有严格的防辐射要求。见乏燃料贮存与运输。
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