结果表明：该催化剂对改善阳极积碳现象效果明显。
The results show that the catalyst can improve carbon formation on the anode obviously.
污垢及积碳物将经燃烧室燃烧后与废气一道排出车外。
Dirt and coke thing to waste gas by the combustion chamber and a combustion emissions vehicles.
解决办法：清洗油路，检查怠速马达是否有积碳应该清洗。
Solution: cleaning the oil circuit, check whether the idle motor carbon should be cleaned.
本文还对催化剂稳定性、积碳行为以及再生条件进行了考察。
The article details the research of the stability of catalyst, carbon deposition and regeneration conditions.
镍基催化剂上积碳是甲烷干气重整反应急需解决的关键问题。
Carbon deposition on nickel catalysts is a fatal problem for carbon dioxide reforming with methane.
燃烧室积碳提高了排气污染。机油必须被注入以减少这类沉积。
Combustion chamber deposits increase exhaust emissions. Oils must be formulated to reduce such deposits.
实验发现，等离子体炬阳极喷嘴积碳是沉积过程中最突出的问题之一。
The question of carbon balls in anode nozzle was one of the most serious problems during the deposition.
极佳的氧化稳定性和清洗性能，能有效的减少漆膜、沉积物和积碳产生。
Excellent oxidation stability and cleaning performance, can effectively reduce the paint film, sediment and carbon produce.
此外，由于玛蒂M的存在，更使燃烧残余物和积碳不会沉积在发动机中。
In addition combustion residue as well as carbon will not besettling in the engine thanks to AMTHY-M.
清除阀门、可及的空气通道、内部冷凝器及分离器上的积碳和沉积物。
Remove valve, and air channel, internal condenser and separator on the carbon deposition and sediment.
从喷油器结构、汽油品质及汽车运行工况等方面探讨了喷油器积碳的机理。
The mechanism for carbon deposit and blocking of fuel injector is studied and researched from the view of structure, gasoline quality and operating conditions.
汽车经长时间使用后，喷油器针阀表面会形成少量积碳，影响其喷油质量。
After the motor vehicle is used for a long time, a little carbon deposit is formed in the needle valve surface of fuel injector and the fuel injection quality will be affected.
本文概述了天然气一段转化催化剂积碳的原因，提出了积碳模型和预防措施。
This paper summarized the causes of coking on primary refoming catalyst for nature gas.
但是管道中仍然有可能存在沉积物和积碳，这些会沉积物和积碳会逐步溶解。
But there are still in the pipe may exist sediments and carbon deposition, these will be sediments and carbon deposition will gradually dissolve.
气温越低，冷启动所需要的油量越大，积碳的存在就越会影响冷启动的顺利与否。
The lower the temperature, the greater the amount of oil needed for cold start, the more the presence of carbon deposition will affect the success of cold start.
气过浓，燃油消耗过量，以及造成火花塞、活塞环、气门的堵塞(因积碳过量)。
High pressure will cause an over rich mixture, excessive fuel consumption, and such troubles as fouled spark plugs, rings, and valves (from excessive carbon deposits).
通过针阀杆的旋转即可以关闭针阀又可以带动清油器升降，清除喷嘴中的积碳。
The needle valve can be closed through the rotation of a needle stem, and the oil cleaning device can also be driven to lift to clean out carbon deposit in the nozzle.
以某厂实例分析了中型氮肥厂氮氢压缩机系统积碳爆炸的原因，提出了预防对策。
This paper gives you an example to analyze the reason on explosion of carbon deposit in nitrogen - hydrogen compressor system in mid - sized nitrogen plant.
汽油中的杂质是形成积碳的主要成分，所以清洁度高的汽油形成积碳的趋势就弱一些。
The impurity in the gasoline is to form the main components of carbon, so cleanliness higher gasoline form carbon trend is weak some.
绝不能使用苛性溶液或金属刷清除活塞表面的积碳和漆膜。因为这样会损坏活塞裙部的粗糙度。
Piston cleaning. Remove carbon and varnish from piston surfaces. Do not use a caustic cleaning solution or a wire Brush. These could damage the piston-skirt finish.
氮本身就有直接的清洁效果，它可以分解积碳，而发动机里的这些积碳使移动零件固化而难以移动。
The nitrogen itself also has a direct cleaning effect, breaking down carbon deposits that can harden on an engine's moving parts.
本部分主要介绍表面皱皮（积碳）、呛火、气孔、尺寸超差及变形等缺陷的产生原因和防止方法。
The reason and prevention of four kinds defects including surface wrinkled skin (carbon built-up), chock, blow hole, deformation, was introduced in this part of the article.
因此，为了防止在金属表面形成积碳结层，保护清扫车免受伤害，车友们可以参考以下几种方法。
Therefore, in order to prevent the metal surface to form carbon "layer, protect the car from harm, you can reference the following the several methods."
研究发现随着催化剂中锆含量增加，汽油、气体产率和催化剂积碳率增加，柴油、重油的产率减少。
It was founded that with percent of Zr in Catalyst increased, the yields of gas and carbon residue on it would increased, diesel and heavy oil were on the contrary.
1依靠独特专用全合成技术，可以非常有效的去处比如控制阀， 节气阀，燃烧室的积碳和凝胶。
SI-1 also contains detergents and a synthetic upper cylinder lubricant which will help clean the intake valves, pollution control valves, combustion chamber deposits and carburetors.
积碳型直接碳燃料电池的阳极反应很复杂，了解阳极反应过程对选择电池工况优化电池性能很有意义。
Anodic reactions of deposited DCFC are quite complicate and learning the reaction mechanism is quite meaningful for the option of operating conditions and for the optimization of the cell.
积碳型直接碳燃料电池的阳极反应很复杂，了解阳极反应过程对选择电池工况优化电池性能很有意义。
Anodic reactions of deposited DCFC are quite complicate and learning the reaction mechanism is quite meaningful for the option of operating conditions and for the optimization of the cell.
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