1) removal of nitric oxide
NOx净化
2) NO_x conversion
NOx转化率
3) NO_x Catalyst
NOx催化器
1.
Optimization of Reductant Adding Scheme for Diesel NO_x Catalyst;
运用计算机辅助分析手段(CAD/CFD)对柴油机NOx催化器还原剂与排气的混合过程进行了模拟,通过考察不同还原剂添加方案下催化器内还原剂的浓度分布,研究了添加位置、喷油器型式及喷射方向等因素对还原剂浓度分布的影响,研究结果为还原剂添加系统的方案优选提供了依据。
4) NO_x
NOx
1.
The concentrations of SO_2,NO_x,O_3 and PM_(2.
2006-01-01~2006-12-31在北京上甸子区域大气本底站和城区宝联环境观测站连续观测了SO2、NOx、O3和PM2。
2.
Current status of nitrogen oxides-related pollution in China was analyzed, including NO_x pollution and the related pollution of ozone, acid rain,particulate matter.
分析了我国当前NOx相关污染问题现状,包括由NOx排放造成的臭氧、酸沉降、颗粒物等相关环境问题;讨论了我国NOx相关环境空气质量标准存在的问题;最后针对NOx及相关污染问题,提出了多目标综合控制和管理的建议:执行O3标准,建立区域光化学烟雾评价监测网络;开展城市地区空气质量模拟和控制;加强电厂和机动车尾气NOx的控制;针对NOx相关污染问题开展深入的科学研究。
3.
The effects on NO_x emission caused by particle size,oxygen concentration and heating rate were analyzed.
采用DTG(热重/差热分析仪)和GC-MS(气相色谱质谱联用仪)对鹤岗煤超细化煤粉进行燃烧试验,分析了粒径、氧气浓度、升温速率对NOx释放的影响。
5) nitrogen oxides
NOx
1.
The gas components emitted during SCWO were analyzed, and the nitrogen oxides were found.
同时对垃圾渗滤液超临界水氧化过程中排放的气体成分进行了分析,发现含有NOx污染气体。
2.
Although hydrogen is a clean fuel, there is nitrogen oxides harmful for environment and human.
能源和环境问题的双重困扰，使得氢能的研究极具重大意义，尽管氢气是一种洁净燃料，但是仍有对环境和人体有害的NOx生成，所以，我们有必要对氢气燃烧过程中NOx生成机理及高效低污燃烧做进一步了解。
6) nitrogen oxide
NOx
1.
CoAl-HTlcs, CuAl-HTlcs and CoCuAl-HTlcs were synthesized by co-precipitation and characterized by XRD,IR,TG-DTA; The samples synthesized were calcined at 500 ℃ for 5 h and adsorption capacity of thermal decomposition products for nitrogen oxides was measured at 25 ℃.
采用共沉淀法合成了钴铝、铜铝和铜钴铝类水滑石,用XRD,IR,热重-差热分析对水滑石进行了表征,并在常温下测试了其在500℃下的焙烧产物对NOx的吸附性能。
2.
Numerical simulation of the burning process and nitrogen oxide formed characteristic about the 1160t/h boiler of the power plant have been performed on fluent software.
运用Fluent软件对某电厂1160t/h锅炉的燃烧过程和NOx生成特性进行数值模拟。
3.
The emission problem of nitrogen oxide has attracted attention by environmental protection department.
这里主要介绍NOX的产生机理和国内外控制措施。
补充资料：净化设备——净化器
净化设备——净化器 | |
|
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