尾气
- 名exhaust;tail gas
-
[tail gas] 机器或其他设备在运行过程中排出的废气
-
尾气中一氧化碳的排放限量为4.5%。
The limit for carbon monoxide is 4.5 per cent of the exhaust gas .
-
研究表明汽车尾气排放和环境污染有关。
The research indicates a connection between vehicle exhaust emissions and environment pollution .
-
我们的汽车每年排放出成千上万吨的有毒尾气。
Our cars pump out thousands of tonnes of poisonous fumes every year .
-
委员会已经提出了一个减少汽车尾气排放的议案。
The committee has put forward a proposal to reduce vehicle emissions .
-
这是中国首例与机动车尾气污染有关的公益诉讼案。
It is the first public-interest lawsuit in China related to pollution from automobile3 exhaust .
-
机动车尾气CO和CO2非分光红外遥测技术研究
Investigation on Remote Measurement of Automobile Emission CO and CO_2 by Non-dispersion Infrared Absorption Method
-
热法磷酸生产尾气排放P2O5超标原因分析及对策
Cause Analysis and Countermeasures for Excessive P_2O_5 in The Offgas Discharged from Thermal-process Phosphoric Acid Production
-
LPG对化油器发动机燃料消耗和尾气排放的影响
Effects of LPG on fuel consumption and exhaust of carburetor engine
-
导电SiC泡沫陶瓷在净化柴油车尾气中的作用
The role of SiC foam conductive ceramic for purifying CO and HC of diesel exhaust
-
尾气中H2S的净化及应用
Cleaning and application of hydrogen sulfide in tail gases
-
含新型稀土储氧材料的高性能天然气汽车尾气净化Pd催化剂
Novel Rare Earths Oxygen Storage Materials Promoted Pd Catalysts for Emission Control in Natural Gas Fueled Vehicles
-
汽车尾气排放的NOx(主要是NO)是城市大气的主要污染源之一。
Automobile exhaust NOX ( mainly NO ) is a major atmospheric pollutant .
-
SO2对柴油车尾气中CO和HC在Pt/γ-Al2O3上催化氧化的影响
Effect of SO_2 on Catalytic Oxidation of HC and CO in Diesel Exhaust over Pt / γ - Al_2O_3
-
LS系列催化剂在80kt/a硫磺回收及尾气处理装置上的应用
Application of LS series catalysts on 80kt / a sulfur recovery and tail gas processing unit
-
本研究主要考察了不同组成的汽车尾气净化催化剂在无氧条件下对CO水煤气反应和HC蒸汽转换反应的催化性能。
The performance of different catalysts in the water-gas shift and steam reforming reactions under rich condition was studied experimentally .
-
湿混捏法CoMo/Al2O3催化剂用于Claus反应尾气加氢转化反应
Application of CoMo / Al_2O_3 Catalyst Prepared by Wet-Mixing Kneading Method in Hydroconversion of Claus Reaction Tail Gas
-
碳烟微粒(PM)和氮氧化物(NOx)是柴油机尾气排放中的主要污染物。
Soot particles ( PM ) and nitrogen oxides ( NOx ) emissions from diesel engine exhaust is the major pollutants .
-
采用浸渍法制备了一系列低Pt、Rh含量的Pt-Rh型汽车尾气净化催化剂。
A series of low Pt-Rh catalysts for automobile exhaust purification was prepared by dipping method .
-
采用熔融硅Al2O3/KCl大孔径毛细管柱,用气相色谱直接进样方式,对汽车尾气中的低碳烃类化合物进行了分析监测。
By using fused silica Al2O3 / KCl capillary column to analyze C1-C4 hydrocarbons in automobile exhaust gas and atmosphere , and sample directly by GC .
-
应用膜分离技术回收VCM精馏尾气
Recovering VCM refining tail gases by membrane separation technique
-
综述了助剂在汽车尾气净化催化剂中的作用及影响固溶体储氧能力(OSC-OxygenStorageCapacity)和织构稳定性的因素。
The effects of promoters in TWC are summarized ; the influencing factors of Oxygen Storage Capacity ( OSC ) and stabilization correlated with textural and structural of solid solutions of promoter are also reviewed .
-
并以5%纳米TiO2光催化材料作为试验材料,对汽车尾气降解材料测试室的性能做测试评价。
Take 5 % nano - TiO_2 as the typical photochemical catalysis material to test the instrument 's performance .
-
因此,对Claus尾气进行加氢脱硫处理是石油化工等行业的一项重要课题。
So , hydrodesulfurization for the Claus tail gas is an important topic in petroleum chemical industry .
-
TWC处理汽车尾气的研究进展
Research progress of TWC in the process of automobile emission
-
选用不同产地、不同组成的铈锆固溶体材料,在相同条件下附载贵金属(Pt、Pd)制备三元催化剂做汽车尾气催化剂。
In the experiment , Ce-Zr composite material of different composition & origin was selected to make three-way catalysts with precious metal ( Pd / Pt ) .
-
基于AOTF的在线汽车尾气监测系统
On line Auto Gas Measuring System Based on AOTF
-
SCOT法尾气处理工艺技术进展
Advances of Scot technology for treating tail gas
-
排放尾气中的SO2含量为0.27t/d,远低于国家新的排放标准。
The SO 2 content in its exhaust gas was 0.27t / d , which was far lower than the new national exhaust standard .
-
模式采样法采集尾气中BaP的研究
Methodological Study of the Operating-Mode Sampling Method Applied to Collecting PAH Compounds in Exhausts from Diesel Engines
-
采用o衍射光作为样品测量光束,根据朗伯比尔定律对汽车尾气中HC、CO和CO2的含量进行在线监测;
The o-diffracted light is used as the signal light to online measure the concentration of HC , CO , CO_2 in the auto gas based on Lambert-Beer law .