| 1. | Toxicity of chlorophenols to anaerobic methane formation
氯酚类化合物对厌氧产甲烷毒性的试验研究 |
| 2. | Characteristics of the growth of methylomonas sp . gyj3 and production of methane monooxygenase
3的生长特性及产甲烷单加氧酶特性 |
| 3. | If verified , this finding would be consistent with having methanogens living below the surface of mars
这项发现一旦经确认属实，将与火星表面下存在产甲烷菌的说法不谋而合。 |
| 4. | This study uses methane - producing activity as an index , experiments were made to investigate the toxicity of aluminum compounds on anaerobic microbe
本文以产甲烷活性为指标，通过投加氯化铝测定其对颗粒污泥的产甲烷毒性来研究铝盐对厌氧菌的危害。 |
| 5. | This paper introduces the theory and development of anaerobic simultaneous denitriification / methanogenesis process , and the prospect of application is discussed
本文介绍了厌氧同时反硝化产甲烷工艺的原理、技术开发与应用实践，并对其应用前景进行了展望。 |
| 6. | In this view , oxygen - detesting methanogens reigned supreme during the first two billion years of earth ' s history , and the greenhouse effect of the methane they produced had profound consequences for climate
据此推测，厌氧的产甲烷菌曾称霸地球历史的最初20亿年，它们产生的甲烷所产生的温室效应，对当时的气候有举足轻重的影响。 |
| 7. | They also suggest that methanogens would have filled niches that oxygen producers and sulfate reducers now occupy , giving them a much more prominent biological and climatic role than they have in the modern world
他们同时指出，过去的产甲烷菌宛如目前的造氧生物与硫酸盐还原生物一样?有优势，使它们当时在生物与气候上的地位远比现代重要。 |
| 8. | According to the reality of chinese situation , the anaerobic simultaneous denitrification / methanogenesis process is the developing direction in the future for high strength wastewater treatment containing organic nitrogen
根据我国现阶段国情，高效低耗、操作简单、易于管理的厌氧同时反硝化产甲烷工艺是今后高含氮有机废水处理的发展方向。 |
| 9. | A similar haze layer on the ancient earth would have also cooled the climate , thus shifting the methanogen population back toward those slower - growing species that prefer cooler weather and thereby limiting further increases in methane production
类似的霾层同样使古地球的气候变冷，导致产甲烷菌的菌落演变回偏好较冷天气而生长缓慢的菌种，因而进一步抑制甲烷产量的增加。 |
