sludge formation
英 [slʌdʒ fɔːˈmeɪʃn]
美 [slʌdʒ fɔːrˈmeɪʃn]
网络 沉积形成
双语例句
- The effects of hydraulic retention time, reactor structure, sludge inoculation concentration and carrier size on biofilm formation on carrier surface in an internal loop biofluidised bed were studied.
分别考察了水力停留时间、反应器结构、接种污泥量及载体粒径等因素对内循环三相生物流化床反应器载体挂膜的影响。 - Acid storage tank should also be clustered nearby to minimize sludge and scale formation in long lines.
酸的贮槽也应该集中于厂房附近，以尽量减少在长管线中沉积污泥和疤垢。 - The basic characteristics of anaerobic granular sludge as well as the formation mechanism are described briefly.
简述了厌氧颗粒污泥的基本特征以及形成机理。 - Iron and aluminum compounds are generally regarded as undesirable because of sludge formation in the product acid.
铁化合物和铝化合物通常认为是不好的，因为它们在产品酸中生成淤渣。 - Exceptional thermal stability and oxidation resistance prevents in-service oil degradation which contributes to filter blocking and sludge formation in the oil galleries, crankcase and valve train.
优异的热稳定性和抗氧化性防止在职石油降解这有助于阻止和污泥过滤器在石油画廊，曲轴箱和阀门列车编组。 - This paper describes sludge and fouling formation and endangerment, sludge and fouling physico-chemical processes, tubesheet and tube bundle cleaning approach, sludge and fouling loading and cleaning.
文章介绍了泥渣与污垢的形成及其危害，泥渣与污垢中的物理化学过程、管板与管束的清洗方法、泥渣与污垢的数量及其清洗。 - The sludge formation at low temperature of engine oil and the dispersancy bench evaluation
内燃机油低温油泥及分散性模拟评定 - It was observed by scanning electron microscope that granular sludge surface layer was consisted of acid formation bacteria, while internal mainly contained methagens.
颗粒污泥表面为发酵产酸菌，内部为产甲烷菌，自身形成良好的有机质分解链。 - Investigation on recycling utilization of BF Sludge briquettes for EAF foaming slag formation
高炉瓦斯泥压块循环应用于电炉泡沫渣的研究 - The process conditions for aerobic granular sludge formation and the update research progress in removal of organics, nitrogen and phosphorus were introduced, and the metabolic mechanism of aerobic granular sludge was summarized.
介绍了形成好氧颗粒污泥的工艺条件及其在去除有机物、脱氮、除磷方面的最新研究进展，并总结了好氧颗粒污泥的代谢机理。 - Characteristics of carrier had great effect on formation of tight granule sludge, while formation of mature granule sludge resulted from multiplication of denitrifying bacteria on the surface of sandy sludge, which was similar to crystal growth.
载体性质对颗粒污泥形成有重要影响，成熟颗粒污泥的出现是沙化污泥表面反硝化菌不断增殖的结果，类似于晶体生长。 - The sludge formation in gasoline engines as well as its affecting factors are reviewed with emphasis on the development of gasoline engine oil MS VE procedure.
本文叙述发动机油泥生成及其影响因素，重点介绍汽油机油MSVE程序研究过程，考察各试验参数对油泥生成的影响。 - Simulation Evaluation of Gasoline Engine Sludge Formation and Oil Dispersancy
汽油发动机油泥及汽油机油分散性模拟评定 - Results: B-mode ultrasonographic examinations detected biliary tract leaks in 13 cases, dilatation of the biliary ducts in 36 cases, cholestasis in 16 cases, bile sludge formation in 10 cases and cholelithiasis in 13 cases.
结果：超声检出胆漏13例，胆管扩张36例，胆汁淤积16例，胆泥形成10例，结石形成13例。 - Sludge formation from turbine oils involves the high risk for a power plant of bearing temperature rise caused by sludge deposition onto the bearing surface.
涡轮润滑油在高温下会产生难溶的沉积物，它们吸附在涡轮轴承表面，致使金属表面温度继续升高，从而对润滑系统产生严重的危害。 - The ratio of protein to total carbohydrate increase led to the decrease of surface negative charge and the increase of hydrophobicity of sludge, which was favorable contribute to the formation and stability of aerobic granular sludge.
蛋白质与总糖比值增加，则污泥表面负电荷降低、疏水性增加，有利于好氧颗粒污泥的形成和稳定。 - The two SBR reactors 'biological degradation ability variety in the process was studied by monitoring the COD, TN, and TP of the effluent. The difference of the two kinds of aerobic granular sludge formation process is also studied.
在培养过程中通过监测出水COD、TN、TP，分析了两反应器内污泥颗粒化过程中的生物降解能力的变化情况，并研究了不同接种污泥形成好氧颗粒污泥的过程差异。 - The necessary conditions for anaerobic granular sludge formation were discussed.
讨论了厌氧颗粒污泥形成必要的条件。 - The causes of biliary sludge and bilestone formation after liver transplantation
肝移植术后胆泥及胆结石形成原因分析 - The sludge constitute, the mechanism of sludge formation and factors influencing sludge formation are described.
从油泥组成分析、油泥产生的原因、油泥形成过程以及影响因素方面进行了阐述。 - The sludge is characterized by rapid formation, small quantity, low water content, high stability and without second pollution.
同时污泥生成速度快，量少，含水率低，且稳定，不会产生二次污染。 - The purpose of this paper is to study the mechanism of sludge formation by use a laboratory sludge simulator and to propose a new simulation method to evaluate gasoline oil dispersancy.
借助一台模拟试验机研究油泥形成机理，提出了一种评价汽油机油分散性的模拟评定方法。 - Investigations on the effects of various experimental parameters indicate that fuel composition, engine load, air/ fuel ratio, temperatures of coolant and oil, and testing time significantly affect the sludge formation.
指出燃料组成、发动机负荷、空燃比、冷却液和机油温度以及试验时间是影响油泥生成的重要因素。 - The reformer hydrogen without being cooled by ammonia and separated from the condensate has been directly routed into the hydrogen compressor and has led to sludge formation on inlet and outlet valves at every stage of the hydrogen compressor.
由于重整氢气未经过氨冷却分离，直接进入氢气压缩机，造成在压缩机的各段进出口气门上出现大量油泥物。 - Description aerobic granular sludge formation time have been greatly shortened.
说明好氧颗粒污泥的形成时间有了较大的缩短。 - After all, the injection profile adjusting agent with oily sludge has ideal compatibility with formation, which can not only lower down the treating cost but solve the problem of environment pollution. This technology is surely contributive to general developing effect of oilfield.
含油污泥调剖技术与地层具有良好的配伍性，不仅可以降低调剖成本，而且可以解决环境污染问题，对提高油田整体开发效果具有十分重要的意义。 - The oil deterioration and sludge formation during the test make the oil film between the friction pair surface hard to rupture, which leads to the decrease of friction coefficient and friction torque. The friction torque decline is the fundamental reason for the failure of the synchronizer.
试验引起滑油劣化以及产生油泥生成物，使得摩擦副表面间的油膜难以破裂，导致摩擦系数与摩擦力矩降低，摩擦力矩下降是同步器失效的根本原因。 - The first was the cultivation of aerobic granular sludge, which investigated the effect of Ca2+ on the formation of aerobic granular sludge.
第一部分为好氧颗粒污泥的培养，考察了Ca2+对好氧颗粒污泥形成的影响。 - With increase in Sd/ SC the sludge bioleaching was enhanced, which was represented by the acceleration of sludge acidification, oxidizing environment formation, and substrate ( sulfur) utilization.
通过污泥酸化速率、氧化环境形成、底物（硫粉）利用率这三方面可体现出，随着底物投加量与污泥含固率之比（Sd/SC）的增加，污泥生物淋滤得到增强。