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methane bacteria
甲烷菌
常用释义
英式发音
美式发音
基本释义
  • 甲烷菌;[微] 甲烷细菌
例句
  • 1·There is a barrier between reservoir and atmospheric water of basin margin forming reducing environment with low sulphate which is favorable to methane bacteria activity.
    储层与盆地边缘大气水渗滤带隔绝,形成了低硫酸盐的还原环境,有利于甲烷菌活动。
  • 2·The organic material will be anaerobic decomposed by methane bacteria when municipal solid waste (MSW) is processing in landfills, thus methane will be emitted to the atmosphere.
    城市固体废弃物(MSW)在填埋处理时,甲烷菌将使废弃物中的有机物质发生厌氧分解,从而会有甲烷排放到大气中。
  • 3·Other ancient bacteria consumed methane, greatly reducing its amount in the atmosphere.
    其他古代细菌消耗甲烷,大大减少了甲烷在大气中的含量。
  • 4·When our Sun later became hotter, the continued removal of atmospheric carbon dioxide and methane by early bacteria kept Earth's climate from becoming too hot to sustain life.
    当我们的太阳后来温度变得更高时,早期细菌持续清除大气中的二氧化碳和甲烷,使地球的气候不至于变得太热而无法维持生命的存在。
  • 5·Using those results, they hope to learn how to manipulate the bacteria to produce more carboxylates, a chemical that precedes the formation of alkanes like methane and propane.
    通过这些研究,研究人员希望能学会如何操控这些菌类以制造更多的羧酸盐,一种可以产生甲烷和丙烷的烷烃物质。
  • 6·And if Curiosity's sniffer detects methane gas, it could even imply the latter, since methane can be a byproduct of living subsurface bacteria.
    而如果“好奇号”的嗅探器检测到了甲烷气体,则可以证明后者,因为甲烷是地下细菌生存的副产物。
  • 7·This two-tank system produces more methane than conventional methods because different strains of bacteria, which chew up different components of faeces, work better at different temperatures.
    较之传统的发酵工序,这种“双槽系统”能够产生更多的沼气,因为分解排泄物的细菌种类有所不同,于是适合它们分解废物的温度需求也有所不同。
  • 8·What happens, she explained, is that naturally occurring Gulf bacteria "eat up" the vast amounts of methane and other gases.
    她继续解释道,那些随之而来的海湾微生物会“吃掉”大部分甲烷和各种其他气体。
  • 9·The fact the bacteria took in that large amount of methane could indicate that bacteria might absorb other large-scale deep ocean methane releases, the scientists said.
    科学们还说说,从细菌摄取大量的事实表明,这些细菌也许能摄取其他深海里释放的甲烷。
  • 10·In lake Kivu, bacteria in the lake convert the CO2 into methane, which is highly flammable and could trigger an even more dangerous lake explosion.
    在基伍湖里,细菌将CO2转换成非常易燃的沼气,随时都可能引发更加危险的爆炸。
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