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 reason of sludge formation and the position of sludge in cells were indicated.
指出了电解槽中产生沉淀的原因及沉淀在电解槽中的位置；
Objective to investigate the causes of bilestone and biliary sludge formation after liver transplantation and explore the methods for their diagnosis and treatment.
目的探讨肝移植术后胆道结石及胆泥形成的原因及诊治方法。
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。
Further observation and studies should investigate the formation of biliary sludge, stent shift and obstruction, as well as the degradation product of stent.
对于胆泥的形成，支架的移位和堵塞，以及支架降解产物等问题尚需要进一步的观察和研究。
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。
Seeding sludge, nutrient component, environmental condition, bioreactor configuration and operation parameter were supposed to greatly influence the formation and property of aerobic granular sludge.
接种污泥、营养成分、环境条件、反应器构型以及运行工况对颗粒污泥的形成和性状具有重大的影响。
It is highly resistant to oxidative degradation (i. e. formation of acids and sludge) and being of low viscosity circulates easily to provide efficient heat transfer.
它具有极高的抗氧化变质特性(即具有防止酸和油泥形成的特性)，其粘度低，易于循环，可进行有效的热传导。
Based on analysis of the characteristics of sludge composition and formation, it is believed that the key point is to dewater and solidify sludge on the spot.
通过对淤泥的组成与产生特性的分析，认为淤泥的现场脱水固化是其合理利用与处置的关键。
There were at least four kinds of mechanisms in the formation process of aerobic granular sludge, i. e. enwind, unite, Absorb and connect.
其形成至少有菌丝缠绕、小块污泥互相联合、吸附和连接四种机制。
The rapid formation of anaerobic granular sludge is the key to the high-rate anaerobic reactor start-up.
厌氧颗粒污泥的快速形成是高效厌氧反应器启动的关键。
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。
The formation mechanism, formation course, influence factors and the matter of restraining growth of granular sludge were described briefly in this paper.
简述了颗粒污泥的形成机理、形成过程、影响因素与抑制其生长的物质。
Resist the formation of sludge and other harmful products of oxidation due to high temperature.
有效抵抗在高温下，淤泥及有害氧化物的形成。
FEOSO HT 320 are high degree thermal stability, together with freedom from sludge deposits formation. Recommended for Marine auxiliary boiler and heating Equipment-heat transfer oil.
FEOSO HT 320导热油具有高度的热稳定性，能防止积垢生成。可适用于传播的付锅炉和加热设备做为系统导热油。
Acid and heavy oil contact is easy to produce acid sludge and secondary products and which would make damage (Plug formation channel, Can not effectively increase production) etc.
酸液和稠油接触后易产生酸渣以及酸化后酸岩二次产物造成的伤害(堵塞地层通道，不能有效增产)等。
EMHYDR HR oils have excellent oxidation stability and demulsibility, enabling ready separation of entrained water and giving long life without formation of harmful sludge.
EMHYDRHR具有优异的抗氧化与抗乳化性，能轻易祛除水份，经久使用而不会生成油泥。
The formation mechanism, formation course, influence factors and the matter of restraining growth of granular sludge …
简述了颗粒污泥的形成机理、形成过程、影响因素与抑制其生长的物质。
The methane producing formation activity and settling characteristics of the sludge were closely related to microbial composition and structure.
污泥的产甲烷活性和沉降性能等与其微生物组成结构密切相关。
The formation of granular sludge is completed after running 150 days.
经过150天运行，完成了污泥颗粒化。
Resist the formation of acidic products and sludge. even at high working temperatures.
即使在高温下使用，仍能抵抗酸性物及淤泥的形成。
Resist the formation of acidic products and sludge. even at high working temperatures.
即使在高温下使用，仍能抵抗酸性物及淤泥的形成。
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