1) facultative methanotrophs
兼性营养甲烷氧化菌
2) Methanotroph
甲烷营养菌
1.
Soil CH_4 Oxidation and Soil Methanotrophs and its Main Researching Techniques
土壤CH_4氧化与土壤甲烷营养菌及主要研究方法
3) methanotroph
甲烷营养细菌
1.
Advances in thermoacidophilic methanotrophs from extreme environments
极端环境下嗜热酸甲烷营养细菌研究进展
4) amphitrophy
兼性营养
5) methanotroph
甲烷氧化菌
1.
The related current research status is introduced and a preliminary conclusion was drawn on the mechanism of methane oxidation by methanotroph,its physiolony and distribution in ecosystems,as well as potential use of methanotroph in biodegradation of gas.
甲烷氧化菌以甲烷为其唯一碳源和能源,在瓦斯治理方面具有潜在应用价值。
2.
Based on the test of adding microorganism into coal sample desorbing gas which result in coal gas degradation,regularity of coal gas degradation by microorganism and methanotroph growth in coal sample were studied.
通过对在含吸附瓦斯煤样中加入微生物降解瓦斯的试验,研究了微生物降解煤矿瓦斯的降解规律和甲烷氧化菌在煤样中的生长规律,在煤样中加入甲烷氧化菌M3011,GYJ3的混合菌种后,对CH4和CO2浓度变化进行监测。
6) Methane oxidizing bacteria
甲烷氧化菌
1.
Objective To isolate methane oxidizing bacteria from earth to study their characteristics.
目的 用好氧性培养基和 Hungte压氧操作技术相结合的方法从水稻田土壤中分离三个甲烷氧化菌分离物 ,分别命名为 MOB0 0 4、MOB0 0 7、MOB0 0 9。
2.
It has a sinifeicant importance in predicting non-standard oil-gas reservoir by using Methane oxidizing bacteria;defining the geological structure type of reservoir shows and oil-gas distribution,spotting the leak of oil-gas of reservoir s position has a significance meaning.
油气微生物勘探(M POG)技术作为一种新的地表油气勘探方法,以其直接、有效、多解性小且经济等优势日益受到全球油气勘探界的重视,尤其是利用甲烷氧化菌和丁烷氧化菌对非常规油气藏的预测和确定地址构造的含油级别和油气分布,指明油气藏泄油位置均有重要意义。
补充资料：兼性厌氧菌
兼性厌氧菌
facultative anaerobe
无芽胞厌氧菌根据其对氧的耐受性，可分为兼性和专性厌氧菌两大类。兼性厌氧菌是指那些既能在厌氧的条件下生长，也能在有氧的条件下生长的无芽胞厌氧菌。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条