多剂量瓶重复使用过程中可能带入的细菌和真菌污染物将会有机会在没有用完的瓶中生长。
Bacterial and fungal contaminants, which may be introduced during repeated use of a multi-dose vial, would have an opportunity to grow in the partially-used vials.
气温及湿度上升会否导致某些污染物如甲醛或细菌的水平增加？
Can high temperature and humidity levels also increase concentrations of some indoor air pollutants, such as formaldehyde or bacteria?
光合细菌(PSB)以其特有的生理特性和降解多种有机污染物的能力，日益受到了人们的重视。
Much attention has been paid to the photosynthetic bacteria (PSB) due to its unique physiology property and the ability to degrade many kinds of organic contaminant.
在空调里会有很多的污染物。在清洁不到位的办公大楼里更会有各种有毒颗粒、有害细菌到处乱飘。
There are pollutants in the air conditioning, toxic particles, dangerous bacteria and mold all flying around, especially in buildings that aren't well taken care of.
通过驯化污水厂曝气池中的活性污泥，获得以细菌、真菌为主的降解油烟污染物的优势菌种。
The dominant bacterial strains with bacterium and fungi degrading pollutants from cooking fume could be obtained through domestication of the active sludge in the aeration pool of the sewage plant.
如果能够了解它们之间的关系，科学家们就能够找出方法来抵挡细菌的进攻，或者利用细菌来分解污染物。
Understanding these relationships will help find ways of thwarting their attacks and using them to clean up pollutants.
说明在适宜的工艺条件下，光合细菌具有耐受高浓度的硫酸盐、氨氮和硫化物及高效去除有机污染物的能力。
So, Under optimal operational conditions, PSB is characterized with tolerance to high concentration of sulfate and ammonia and high efficient removal of organic pollutants.
近年来，随着人工合成化学物质大量进入环境，现已在环境中发现了新的适应性的细菌对有机污染物的代谢机制。
Recently, as the introduction of artificial synthetic chemicals into environment, it has been found that catabolic mechanism in newly adapted bacteria to organic pollutants in environment.
阐述二氧化钛光催化在饮水消毒中应用的可行性，它涉及有机污染物的去除、灭活细菌和病毒。
This article presents the feasibility on application of TiO 2 photocatalysis in drinking water disinfection involving the removal of organic contaminants, inactivation of bacteria and virus.
研究表明混凝-纳滤系统可以有效去除原水中浊度、有机物、无机污染物和细菌等。
Research show that Coagulate-NF system can effectively remove raw water turbidity, organic, inorganic and bacteriological pollutants.
通过介绍特征污染物含碳有机物（BOD_5）、悬浮物、总氮、磷、重金属以及细菌的去除，阐述了污染物去除的基本特征和作用机理。
The characteristics and function mechanism were illustrated through the elimination of pollutants such as BOD5 , SS, NH3-N, P, heavy metals and microbes.
适当的时候，采集食物、饮用水、土壤和其他矿石的大块样品用来确定真菌、细菌或原生动物污染物浓度。
When appropriate, bulk samples are collected of food, drinking water, soil, and other matrices in order to determine concentrations of fungal, bacterial, or protozoan contamination.
设置曝气装置，增加水体的含氧量，促进有益细菌及其他微生物的活动，增强其对污染物的吸附、氧化、分解和还原的作用。
Set device for exposure to increase the oxygen content in water and the activity of beneficial microorganisms, as well as their action of absorbing, oxidizing, decomposing and reducing pollutants.
设置曝气装置，增加水体的含氧量，促进有益细菌及其他微生物的活动，增强其对污染物的吸附、氧化、分解和还原的作用。
Set device for exposure to increase the oxygen content in water and the activity of beneficial microorganisms, as well as their action of absorbing, oxidizing, decomposing and reducing pollutants.
应用推荐