菌胶团

The results showed that,two reaction mechanisms of enzyme-catalyzed reaction and thermal-hydrolyzed reaction were involved in the S-TE process,which began with depolymerization of sludge flocs by exoenzyme s including proteases and amylases,followed by cell-walls and organic matters disintegration and hydrolyz.

结果表明，S-TE污泥溶解存在2种反应和2个过程：嗜热菌胞外酶首先解聚污泥胶团，进而溶解细菌的细胞壁，水解胞内有机物质。

A piece of thread was tightly wrapped around the middle of a "mother" and knotted in such a way that there was thread on top and on bottom of the zooglea submersed in the tea.

丝片紧固缠绕在"母体"中间和在茶中浸没的菌胶团的顶部和底部有细丝交结，。

Microorganism in bioreactor had well growth, and could form stable active zoogloea.

生物反应器中微生物繁殖良好，能够形成稳定的活性菌胶团絮体。

The species of microorganism in zoogloea decreased with the increasing of the salt and zoogloea becamed more compact.

随着盐度升高，OUR降低，MLVSS/MLSS下降，活性污泥中的无机成份增加，沉淀性能增强，菌胶团更为致密。

Mainly increasing alkalinity and sludge loading in the reactor for microbial condition where zoogloea grew easily, we added Javel water and ferrous sulfate on side, and sludge bulking was well under control.

试验以增加反应器内的碱度和污泥负荷来提供适应菌胶团生长的微生物环境为主，同时投加次氯酸钠杀菌剂和硫酸亚铁絮凝剂来辅助控制污泥膨胀。

Observed the influences of changing organic load on main microbe, the results showed that high load can cause the nematode mass rearing, made the sludge abnormal and the effluent quality bad. Branched zoogloea possesses stronger tolerance for water quality and shock loading, so did not change.

四，人为的改变有机负荷，观察其对于主体微生物的影响，结果表明高负荷容易引起线虫的大量繁殖，使得污泥发生异常，出水水质差，而主体微生物枝状菌胶团对冲击负荷的耐受力较强，并未发生明显改变。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。