1) Micro-placing
微粒放置
2) Particulate emission
微粒排放
1.
The control technologies for exhausted particulate emission are presented.
简述了车用柴油机微粒的组成及其生成机理,对车用柴油机微粒排放控制技术进行综述,分析其各自特点和存在的问题,并对DPF再生技术进行了介绍。
2.
Particulate emission characteristics of a turbo charged and mid cooling diesel engine under transient operating conditions were studied by a transient measurement system.
利用瞬态微粒测量系统 ,对增压中冷柴油机瞬态工况下微粒的排放特性进行了研究 ,结果表明 ,瞬态工况下微粒的排放量高于稳态工况 ,且随转矩变化率的增加微粒排放量明显增加 ,在低转速时更为明显。
3.
This paper presents the experimental studies of particulate emissions from a small SI engine with LPG fuel.
介绍了液化石油气(LPG)在点燃式发动机上应用时微粒排放特性的试验研究。
3) particle release
微粒释放
1.
Critical salt concentrations of particle release caused by different cations;
不同阳离子引起微粒释放的临界盐浓度值
2.
Influence of Ca~(2+) contents on the particle release
Ca~(2+)含量对微粒释放的影响
3.
Basing on the investigations of the natural geography,geology and hydrogeology conditions downstream the Dagu River,combining with the collecting,processing, chemical composition and physical properties analyzing of the samples(sand sample, water sample and clay mineral),the particle release in porous media are studied by laboratory batch and column experiments in this paper.
本文在大沽河下游自然地理、地质、水文地质条件调查的基础上,结合样品(砂样、水样和粘土矿物)的采集、处理以及物理组成与化学性质分析,通过室内批量试验和砂柱试验,应用胶体化学和界面化学理论深入分析了多孔介质微粒释放过程的影响因素,包括临界流速、临界盐浓度、临界盐浓度递减率、临界离子强度和pH值。
4) radioactive fallout
放射微粒
补充资料：放置
安放：～不用。
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