sulfur bacteria 中文意思是什麼

sulfur bacteria 解釋
硫黃細菌
  • sulfur : n. 〈美國〉＝ sulphur.
  • bacteria : n. pl. （sing. Bacterium ）1. 細菌。2. 〈美俚〉拳擊迷。
  1. Sulfid also can be regarded as a marker of the action of sulfur bacteria. 8 ) based on research results, author postulated that early generation of hydrocarbons is closely related to the action of sulfur bacteria. many kind of algae such as dinoflagellates, diatom, prynesiophytes etc have rich biological lipids which has lower polymerization

    6 、從未熟一低熟源巖生烴組分及其演化、可溶有機質轉化生烴等方面，探討了未熟一低熟油的形成機制，提出本區未熟一低熟油氣的形成是低活化能的富氫腐泥組分受到硫細菌早期低溫降解作用的結果。
  2. The results of archaeal diversity analysis showed that most of the members belonged to crenarchaeota, and included many unidentified archaea species. abundant bacteria related to the metabolism of sulfur and methane were found in sediment collected from " warm pool " area, which indicated that the metabolism of sulfur and methane played an important role in the substance and energy conversion of this area

    在「暖池」區沉積物中發現了豐富的與硫及甲烷代謝相關的細菌，對這些細菌的種類組成及其在各層次沉積物中的分佈、數量進行了分析，發現該海區沉積物中存在一條完整的硫和甲烷代謝循環途徑，它們的代謝在物質能量代謝中占據重要的地位。
  3. Accumulation of single cell protein by purple non - sulfur photosynthetic bacteria in starch waste water treatment

    光合細菌法降解澱粉廢水積累菌體蛋白的研究
  4. Testing method for detection of sulfur bacteria in industrial water

    工業用水中硫細菌檢測的試驗方法
  5. The action of sulfur bacteria leads to the combination of biological lipids and sulfur, and cause generating hydrocarbons in the early stage

    根據生烴潛量與tmax值關系，建立了德南窪陷沙河街組未熟一低熟烴源巖中硫細菌降解主導的有機質早期生烴模式。
  6. The distribution and amount analysis of these bacteria in different layers of core sediment indicated that there was an intact cycle that coupled sulfur metabolism with methane metabolism existed in this area, which may be the microbial response to the environment because there was seldom similar bacteria detected from " manganese nodule " area sediment by dna - dna hybridization with specific oligonucleotide probe and 16s rdna clone library analysis

    而16srdna克隆文庫分析和dna - dna雜交的結果表明「結核」區沉積物中這兩類細菌數目很少，說明「暖池」區沉積物中的微生物群落結構特徵是對環境因素的一種響應，同時也可能是影響該海區深海及海洋環境的一個重要因素。
  7. Without oxygen to help wear down the continents, sulfur minerals stay locked in the rocks and unavailable to hungry bacteria

    由於沒有氧氣可使陸地分解，因此含硫礦物便封存在巖石中，饑餓的細菌也就沒東西可吃了。
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