methanogen信息详情
n.[微]产烷生物
dipropyl methane───二丙基甲烷
combust methane formula───燃烧甲烷公式
dextro methamphetamine-amphetamine───右旋甲基苯丙胺
chloromethane pel───氯甲烷
methanesulfonic acid───[有化]甲磺酸，[有化]甲基磺酸；甲磺酸，甲基磺酸
methane formula───甲烷配方
methane model───甲烷模型
chloromethane mp───氯甲烷mp
combust methane───燃烧甲烷
methal───肉豆蔻醇；n.(Methal)人名；(瑞典)梅塔尔
Toxicity of the effluent to methanogen was analyzed.───对其废水对产甲烷菌的毒性进行了分析。
bacteria and methanogen counting decreased, but the effect of alfalfa saponin on methanogen counting was more than on cellulose-decomposed bacteria counting.───苜蓿皂甙对细菌总数的影响不大但对纤维分解菌和产甲烷菌的生长和繁殖有抑制作用，对产甲烷菌的影响大于对纤维分解菌的影响。
According to the literature, sarcina is one of the methanogen that can produce methane in high performance. The remaining of sarcina will apparently improve methane production.───根据以往的资料显示，八叠球菌是产气较好的甲烷菌之一，这种菌的驻留会使整个产气效果明显提高。
Methanogen is the core of the methane fermentation. And methanogen is the last member of the anaerobe chain in nature carbon cycle.───产甲烷菌是沼气发酵中最重要的微生物之一，同时也是自然界碳素循环中厌氧生物链的最后一个成员。
Hydrogen sulfide has been recognized to be toxic to anaerobic microorganism, especially methanogen .───硫氢化物已经被认为是对厌氧微生物有毒的，特别是对甲烷菌。
Owing to long term exposure of nitrifier leachate to landfill, denitrifying bacteria increased and methanogen decreased.───通过DGGE进行菌群结构分析发现，由于TON对填埋场的长期作用，反硝化菌增多而产甲烷菌减少。
This dissertation study about the methane yield method, methanogen active in history and methanogen type by synthesize using isotopes analysis method and compare coalbed gas with pyrolysis gas.
So scientists did some digging, literally, to investigate. They found a particularly hearty methanogen called named Methanosarcina barkeri, or just M. barkeri, that can survive at low pH levels.
The article summarizes methanogenesis under low-temperature conditions, including methanogenesis in natural cold environments and in artificial anaerobic digesters by psychrophilic methanogen.
Because methanogen is strict with its environment, especially with the occurrence of oxygen, trivial change should disturb the bacterial collects and make the number different from the reality.
Hydrogen sulfide has been recognized to be toxic to anaerobic microorganism, especially methanogen.
When sulphate availability is increased sulphate reducing bacteria proliferate and eventually may outcompete methanogens when the sulphate supply is sufficient.
Cellulose-decomposed bacteria and methanogen counting decreased, but the effect of alfalfa saponin on methanogen counting was more than on cellulose-decomposed bacteria counting.
No dietary factors have been shown to affect colonisation of the large intestine with methanogens.
Toxicity of the effluent to methanogen was analyzed.