水中微生物水藻因为过剩的氮而大量繁殖。
Algae microorganisms in the water, over populate because the surplus nitrogen.
切花在无菌水和自来水中微生物发生相近。
No significant change in microorganism activity was observed of cut roses held in aseptic water and tap water.
水中微生物的汞转化为剧毒的形式，所谓甲基汞。
Microorganisms in the water convert the mercury to a highly toxic form, called methyl mercury.
AOC和温度对饮用水中微生物的生长繁殖具有重要影响。
AOC and temperature (AOC-T) have significant influence on microbial proliferation in drinking water.
文章对工业循环冷却水中微生物的种类及性能进行了综述。
The types and properties of microbe for industrial circulating cooling water are summarized.
目的：观察酸性电解水（AEW ）对水中微生物的杀灭效果。
Objective:To observe the efficacy of acid electrolyzed water(AEW)in killing microorganisms in water.
本文结合实际工作经验，陈述了水中微生物测定的优化操作问题。
Combined the practical experience, this article present the improved manner for measuring microbe in water.
从生产到消费的各个环节，探讨解决控制纯净水中微生物的办法。
This thesis try finding the ways that could control the microorganisms in the purified water, basing on every…
结构不同，水中微生物通过净水器的时间（即消毒作用时间）也将不同。
The time for microorganisms in water passingthrough purifier was different with its structure.
同时，我们可以通过目测水中微生物的方法来鉴别水质，这是一个简单可行的方法。
We also have an easy way to identify the water quality by detect the microorganisms in the water.
[5]赵莉。冷却水中微生物腐蚀及其控制研究[d]。上海：上海电力学院，2011。
ZHAO li. Research microbial corrosion and its control in cooling water [d]. Shanghai: Shanghai University of Electric Power, 2011.
对天然海水中微生物膜附着导致钝性金属开路电位正移现象及其作用机理的研究进行了综述。
It is an universal phenomenon that open-circuit-potentials of passive metals shifted towards noble direction gradually in natural seawater.
水源水中微生物可利用磷浓度一般高于溶解性总磷酸盐浓度，说明微生物也可以利用非溶解性磷；
Content of MAP was higher than content of TSP in source water, which showed that microbe can also use particle phosphorus.
考察了紫外线（UV）对MBR出水中微生物的灭活情况，以及光活化和暗修复对细菌灭活效果的影响。
Inactivation of microorganisms in MBR effluent by ultraviolet(UV) and the influence of photoreactivation and dark repair on it were studied.
抗生素生产废水普遍特点是成分复杂、有毒、难以生物降解，且对废水中微生物的生长及新陈代谢过程有抑制作用。
Antibiotics wastewater, which inhibits the growth and metabolic processes of microorganisms in wastewater, is generally characterized by complex components, toxicity and non-biodegradability.
分析了循环冷却水中微生物的来源和危害，探讨了微生物污染的控制方法，介绍了不同微生物控制药剂在循环冷却水处理中的应用。
Microbe intake and its harm in recycle cooling water system are analyzed. Methods of controlling microbe are discussed. Different microbe-controlling agents are introduced in details.
在此前的推测中，每一升海水中可能会有大约10万个微生物细胞，但现在科学家们认为有可能达到10亿个。
Previously it was thought there were around 100, 000 microbial cells in every litre of seawater but scientists now think there could be one billion.
在前三个阶段中，蚊子都是在水中生活，以水藻和其他微生物为食，并且必须定期游到水面呼吸空气。
During the first three stages, they live entirely in water.During the larva stage, they feed on algae and other microorganisms and must frequently bob to the surface of the water to get air.
在此前的推测中，每一升海水中可能会有大约100,000个微生物细胞，但现在科学家设想这一数字有可能达到十亿。
Previously it was thought there was around 100, 000 microbial cells in every litre of seawater but scientists now think there could be one billion.
海水搅动将栖息于表面的浮游植物拖入更深的水域，使得微生物完全分布于水中。
The churning water drags surface-dwelling phytoplankton into deeper waters, distributing the organisms throughout the water.
25年前在荷兰的酿造废水中发现的一种微生物令科学家们欣喜异常。
A type of bacteria discovered in brewery wastewater in the Netherlands 25 years ago amazed scientists.
这种微量的银对人体没有健康风险，却能杀灭水中的99.89%的细菌和微生物。
The silver, which presents no health risks in such miniscule amounts, kills off 99.89 percent of the microbes that live in the water.
酿造废水中发现的微生物可令回用水处理更洁净高效。
Bacteria discovered in brewery wastewater may make recycling water more powerful and efficient.
地表之下5公里的地下水中也发现了微生物群落。
Communities of microorganisms have been found hunkered down in groundwater as far as 5 km below the surface of the land.
Mikucki和她的同事们发现盐水中有多种不同种类的微生物。科学家们认为他们可能是数百万年之前南极海洋中的残留微生物。
Scientists believe they could be remnants of microbes from an open sea millions of years ago.
水中的藻类微生物由于氮的富余而过度繁殖。
Algae microorganisms in the water over populate because of the surplus nitrogen.
饮用水中存在着不同种类的病原微生物，这些病原微生物给人体健康带来危害。
There are different species of pathogenic microorganisms in drinking water that do harm to human health.
饮用水中存在着不同种类的病原微生物，这些病原微生物给人体健康带来危害。
There are different species of pathogenic microorganisms in drinking water that do harm to human health.
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