1.
Optimization on the PCR Reaction Condition of Methane Producing Bacteria in Rumen
瘤胃甲烷生成菌PCR反应条件的优化
2.
Research Progress on Methanogenesis under Low-temperature Conditions and Psychrophilic Methanogens
低温条件下的甲烷生成与嗜冷产甲烷古菌研究进展
3.
Growth Characteristics of a Methane-utilizing Mixed Consortia MY9
甲烷氧化混合菌群MY9的生长特性
4.
Methane reacts with hydroxyl to produce formaldehyde.
甲烷与羟基反应生成甲醛
5.
Effects of Spraying Reactor on Formation of Methane Hydrate
喷雾反应器对生成甲烷水合物的影响
6.
Effect of sterilization with CH_3Br on root growth of soybean seedlings
溴甲烷土壤灭菌对大豆苗期根系生长的影响
7.
Isolation and Preliminary Application of Methanogens from Diverse Anaerobic Environments;
不同生境产甲烷古菌分离鉴定及初步应用研究
8.
The Role of Methanogenic Archaea on the Process of Anaerobic Crude Oil Degradation;
石油烃厌氧生物降解过程中的产甲烷古菌研究
9.
A Preliminary Study on Isolation and Physiological Characteristics of Methanogenic Bacteria;
产甲烷细菌的分离及其生理学特性的初步研究
10.
Molecular Ecology Study on Methanotrophs and Fundermantal Research on the Applications of Methanotrophs;
甲烷氧化菌的微生态解析及其应用基础研究
11.
Primary Studies on the Symbiotic Methanogens in the Gut of Wood-feeding Lower Termites Reticulitermes Chinensis;
黑胸散白蚁肠道共生甲烷菌的初步研究
12.
Some bacteria feed on methane. If methane were present in the mantle, it could support populations of microbes, allowing them to survive in such an extreme environment.
因为，一些细菌就是以甲烷卫生。如果地幔中真的存在甲烷的话，那儿说不定生活着无数的微生物。
13.
The Isolation of the Methanogens and Analysis on Microbial Community Structure in Psychrophilic Anaerobic Environment
低温厌氧生境中产甲烷古菌的分离、鉴定及菌群结构分析
14.
They were able to nitrate methane to nitromethane.
他们能将甲烷硝化成硝基甲烷。
15.
Tar Formation in Process of CO_2 Reforming Methane Coupling with Coal Pyrolysis;
甲烷CO_2重整与煤热解耦合过程的焦油生成规律
16.
Kinetics and Reaction Mechanisms of Methane and Hydrogen Generation during Pyrolysis of Coal Macerals;
煤显微组分热解甲烷、氢气生成动力学及机理
17.
Study on Strong Ionization Discharge Methane Generate Oxy-hydrocarbon;
强电场电离放电甲烷生成含氧化合物的研究
18.
Reaction Mechanisms and Characteristics of Methane Generation During Pyrolysis of Different Rank Coals;
不同变质程度煤热解甲烷生成特征及反应机制