大肠菌群是指需氧和兼性厌氧的革兰氏阴性无芽孢杆菌。
The coliform group referred to the aerobic or facultative anaerobic gram-negative budless bacillus.
此外，双歧杆菌专性厌氧的特性使其在肿瘤的基因治疗中起重要的作用。
Besides, bifidobacterium can produce a marked effect on cancer gene therapy because of its obligate anaerobic character.
这两属都是杆状菌。一属(芽孢杆菌属)是需氧的，另一属(梭状芽孢杆菌属)是厌氧的。
Both genera are rod forms, one (Bacillus) is aerobic and the other (Clostridium) is anaerobic.
大肠菌群是指能发酵乳糖、产酸产气、需氧和兼性厌氧的革兰氏阴性无芽孢杆菌。
Coliform group referred to aerobic or facultative anaerobic gram-negative budless bacillus which could ferment lactose and produce acids and CO2.
对于保持在厌氧的条件下的密封良好的容器，气体的产生足够引起肉眼可见的胖听。
For tightly sealed containers that maintain anaerobic conditions, the gas production is sufficient to cause visible swelling of the container.
重点强调是否生成甲烷的厌氧系统的能力。
The main point stressed is the ability of the anaerobics system to generate methane.
基于菌膜厌氧好氧工艺法流程试验，对附着微生物简短硝化的可行性进行了研究。
Based on the experiment of biofilm A/O process, the feasibility of brief-nitrification in attached microorganism system is studied.
用热压灭菌法也能将食物、纸张和其它可燃物粉碎并压制成纤维块，产生的纤维块可作燃料或用于厌氧消化。
It also breaks down food, paper and other combustible material into a fibrous mass that can be used either as fuel or for anaerobic digestion.
破伤风的传播途径不是从人到人，而是由厌氧性破伤风杆菌释放的有毒物质造成。
Tetanus is not transmitted person to person but is caused by a toxin released by the anaerobic tetanus bacillus Clostridium tetani.
给污物充气是昂贵且困难的，不过利用厌氧细菌却便宜简单。
But aerating sewage is expensive and difficult; using anaerobic bacteria is cheaper and simpler.
但是现在，只有很少的美国牛奶场配置了厌氧消化器。
Currently, only a small percentage of U.S. dairies are equipped with anaerobic digesters.
在厌氧条件下(比如缺氧的地方)通过取食产生新诚代谢并以此引起化学反应产生电流。
Under anaerobic conditions (where oxygen is absent) they metabolise the fuel by feeding off it and in doing so produce natural chemical reactions that produce a current.
酒的味道严重依赖于酵母菌的品种，只有极少的菌株可以在酿酒箱中条件严苛的厌氧环境下表现良好。
The flavor depends heavily on the type of Saccharomyces doing the eating, and very few strains perform well in the hostile anaerobic conditions inside a brewing tank.
为使社区接受焚烧炉和厌氧处理器，各种激励提供给他们：可能是更便宜的供热和动力，或者是分享此类工厂的营业税。
Communities will be offered incentives to accept incinerators or anaerobic digesters: perhaps cheap heat or power, or a share of business taxes paid by such plants.
最近，他帮忙成立了一家名为Waste2Energy的公司，该公司的目标是开发厌氧消化器材，用于从食余残渣中分解出有用的肥料。
Recently, he helped start a company called Waste2Energy that aims to build a device called an anaerobic digestor that can break down waste from restaurants into usable compost.
资源环境局还估计，如果有百分之五十的食物垃圾都被厌氧消化，它发的电足够超过两千五百万个家庭使用一年。
The EPA estimates that if 50 percent of this food waste were anaerobically digested, it could generate enough electricity to power more than 2.5 million homes for one year.
取而代之的是，它们似乎拥有一种类似于氢化酶体的细胞器，这种细胞器与线粒体的作用类似，但它是通过厌氧作用为机体提供能量的。
Instead, they seem to have organelles that resemble hydrogenosomes - similar to mitochondria, but that use anaerobic chemistry.
德国比勒菲尔德大学从事微生物研究工作的的Olaf Kruse如是说，但是这些微生物需要在严格的厌氧条件下才能工作。
But these other microbes need strict anaerobic conditions to work.
此外，废水也将处理及再利用，而厌氧消化池将现场处理废物，处理过程中产生的甲烷能够提供更多的电力。
Meanwhile, any waste water would be treated and reused, whilst a methane digester utilizes the waste created on-site to generate even more power for the building.
对此，维尔萨克认为厌氧消化器的数量会不断增加，而数量的提高能利好美国农业部，他们有望在2020年达到减少国内25%的温室气体排放的目标。
Vilsack said this number will increase, to help the USDA meet its goal of reducing 25 percent of its greenhouse gas emissions by 2020. As Vilsack noted at a recent climate meeting.
厌氧产生的沼气经过脱硫塔除去沼气中的H2S，进入沼气柜后经脱水器去除沼气中的液体水，然后进入沼气发电机发电。
The anaerobic produced biogas is removed the H2S through desulfurization tower, wiped off water by dewatering device in biogas tank, and then enters into the generator.
使用硫酸盐和二氧化碳时，需要严格的厌氧条件。
The use of sulfates and carbon dioxide requires strictly anaerobic conditions.
实验制作了具有10个隔室的厌氧折流板反应器用于探讨其处理高浓度有机污水的性能和运行的稳定性。
An ABR with 10 compartments has been built to study the stability and performance of an anaerobic baffled reactor (ABR) in the treatment of a high-strength organic wastewater.
这种化合物通过碳的释放来实现循环，主要依靠喜氧和厌氧细菌以及一些菌类的活动。
The release of the carbon in these compounds for recycling depends almost entirely on the action of both aerobic and anaerobic bacteria and certain types of fungi.
这种化合物通过碳的释放来实现循环，主要依靠喜氧和厌氧细菌以及一些菌类的活动。
The release of the carbon in these compounds for recycling depends almost entirely on the action of both aerobic and anaerobic bacteria and certain types of fungi.
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