生物降解油 的英文怎麼說

中文拼音 [shēngwùjiàngjiěyóu]
生物降解油 英文
biodegradation oil
  • 生 : Ⅰ動詞1 （生育; 生殖） give birth to; bear 2 （出生） be born 3 （生長） grow 4 （生存; 活） live;...
  • 物 : 名詞1 （東西） thing; matter; object 2 （指自己以外的人或與己相對的環境） other people; the outsi...
  • 降 : 降動詞1. （投降） surrender; capitulate 2. （降伏） subdue; vanquish; tame
  • 解 : 解動詞（解送） send under guard
  • 油 : Ⅰ名詞1 （脂肪; 油脂） oil; fat; grease 2 （姓氏） a surname Ⅱ動詞1 （用桐油、油漆等塗抹） apply t...
  • 生物 : living things; living beings; organisms; bios （pl bioi bioses）; biont; thing; life生物材料 biol...
  1. Biological catabolic mechanism and structural features of biological catabolic polymer are surveyed in this paper. biological catabolic two - stroke oils are outlined. the prospect of application of biological catabolic polymer in engine oils is explained

    本文綜述了生物降解機理和生物降解聚合物的結構特徵，以及生物降解二沖程油的概況，闡述了生物降解聚合物在發動機油料方面的應用前景。
  2. The thickening may be synthetically aroused by many factors, because of the lower maturation of source rock at forepart, the rock tar is thicker, and then many other factors impel it, which include the hydrocarbon dissipation at the process of oil and gas migration, biodegradation and bathing oxidation induced by gravity induced centripetal flow recharged by meteoric water at the basin uplift period and etc

    稠油成藏則由多因素綜合作用造成，由於早期源巖成熟度較低，原油本身較稠，而油氣運移過程中輕質組分散失、生物降解和盆地抬升剝蝕階段大氣水下滲所導致的水洗氧化等作用則使其進一步稠化。
  3. Bioremediation of heavy oil contaminated soil

    石油污染土壤生物降解生態條件研究
  4. Impact factors on the bioremediation of oil in soil

    土壤石油生物降解影響因子正交實驗分析
  5. The occurrence and intensity of biodegradation on oils in daerqi oilfield is not only determined by burial depth and exposure to meteoric water, but also related to the group composition and physical feature of the oil

    達爾其油田油層生物降解作用不僅與油藏深度和地表水連通性有關，也與原油物性和族組成有關。第二類原油雖然油層淺，但未遭受生物降解作用。
  6. Moreover, the thesis analyses the biodegradation of petroleum products, evaluates the biological degradation properties of the developed environment friendly base oil and as well the lubricant ' s biodegradation properties at actual conditions by means of self - designed soil simulation and also in water by testing bod5 / codcr values

    分析了石油類產品的生物降解機理，對所研製的環境兼容基礎油的生物降解性進行了評價，通過自行設計的土壤模擬法評價了潤滑油在實際環境中的生物降解性，採用測bod _ 5 cod _ （ cr ）值法來評價潤滑油在水中的生物降解性。
  7. Finally, several experiments are made to evaluate the property of the formulation by comparing with the commercial oils "

    最後，進行了該配方與國外成品汽油機油的使用性能和可生物降解性能的對比試驗。
  8. The results of the experimental tests show that nh4cl and k2hpo4, kh2po4 are the most available nutrents to our isolates when they are degrading oils. the most suitable experinment condition is : temperature being 30 c, initial ph being 7 - 8, the shaking rate of the culture flasks is 180 r / min, the concentration of nacl is 1 %. the biodegradation results have shown that our 6 isolates have the effective degradation capability to crude oil ; within 6 days the transforing rate of oil by each single strain is more than 60 %

    本研究分離出的6株菌，初步鑒定結果為： sy1為微桿菌屬、 sy2為諾卡氏菌屬、 sy3和sy5為假單胞菌屬、 sy4和sy6為芽孢桿菌屬；實驗結果表明， 6菌株的最佳氮源為氯化銨（ nh _ 4cl ） ，最佳磷源為磷酸氫二鉀和磷酸二氫鉀的混合物，最適生長條件為：溫度為30 ，初始ph值為7 8 ，搖床轉速為180r min ，鹽（ nacl ）濃度為1 ；通過降解實驗得出6株菌對原油都有較強的降解能力，單一菌株在5天後的原油降解率都高於60 ， 6株菌對原油的生物降解反應符合一級反應動力學特徵。
  9. So it is hope to find gently - biodegradation - oil of pingdiquan formation at declination direction of slope. the paper also points out the next aspect of exploration. east - slope of jimusaer depression and the dropped side of jimusaer rupture are the next advantageous aspect of exploration

    指出吉木薩爾凹陷東斜坡及吉木薩爾斷裂下盤是下一步勘探的有利方向，降解瀝青（或稠油）與巖性共同形成封堵，對油氣富集起封堵作用，在斜坡下傾方向有望發現第二期的受生物降解程度弱的油藏。
  10. A. in aerobic bioremediation, oxygen is the electron acceptor, and is required for the oxidation - reduction reactions that transform the organic contaminants ( petroleum hydrocarbons ) to carbon dioxide and water

    答：在有氧生物降解過程中，氧是電子受體。原先的有機污染物（石油烴類）被轉化為二氧化碳和水。
  11. Testing water. dispersive products. evaluation in an aqueous medium of the inhibitory action on petroleum biodegradability

    水的測試.擴散製品.含水介質抑制作用對石油生物降解性影響的評價
  12. Microbial degradation influences on heave oil characters

    微生物降解作用對稠油理化性質的影響
  13. Effect of biodegradation and pool - forming of oil and gas reservoir in luliang oil field, junggar basin, xingjiang

    準噶爾盆地陸梁油氣田原油的生物降解作用與油氣成藏
  14. Associated with the study of lighter hydrocarbon constituent, carbon isotope, biomarker and inclusions, adopted the technique of oil source correlation on whole oil samples, it can be confirmed that the hydrocarbon source of viscous crude in permian, in the east slope of jimusaer depression, is pingdiquan formation mudstone ; carboniferous oil comes from carboniferous source rock. meanwhile, the causes of oil formation are investigated based on datum of reservior geochemistry : viscous crude of permian is the result of biodegradation and low maturity working together, and that lighter hydrocarbon constituent of carboniferous oil is missing. at last, the mode and mechanism of the oil pool formation are analysed in the study area according to the structure phylogeny, sedimentary history, and data of reservior geochemistry

    本論文根據輕烴、碳同位素、生物標志化合物等資料，運用全烴地球化學油源對比方法進行油源對比，得出吉木薩爾凹陷東斜坡區二疊系的稠油來自平地泉組泥巖，石炭系的稀油來自石炭系本身源巖；同時，根據地化資料研究了原油的成因，認為二疊系稠油是生物降解和成熟度較低共同作用的結果，石炭系的稀油存在輕組分散失現象；最後，綜合構造、沉積、烴源巖和油藏地球化學資料，分析了吉木薩爾凹陷原油的成藏機制和模式。
  15. Microbial degradation of petroleum hydrocarbon

    石油烴類的微生物降解
  16. Relationship of diahopane and partly oil biodegradation level for luliang oil field in basin zger

    準噶爾盆地陸梁油田部分原油生物降解程度與重排藿烷的相互關系
  17. Humic acid usually formed from phytoplanktons, zooplanktons, and epicontinental vascular plants through biodegraded and condensated reaction. krogen derived either from humic acid or from the reworking materials. differing from humic acid and kerogen, bc was produced from the incomplete combustion of fossil fuels and biomass

    並且不同的有機質有不同的來源，腐殖酸通常是浮游生物和陸生的高等植物經過生物降解、聚合等過程形成的；乾酪根是腐殖酸進一步演化而成，既有原生的也有異地遷移而來的；碳黑則不同於腐殖酸和乾酪根，它是生物質和煤、油等化石燃料經過燃燒產生的。
  18. Oil type 1, non - biodegraded oil, is characterized by low viscosity, low density, high content of saturated fraction, low content of resin and asphaltene and high ratio of isomerization of steranes

    第一類原油粘度和密度低，族組成以飽和烴組分為主，非烴和瀝青組分含量低，甾烷異構化指標高，未遭受生物降解。
  19. The oil of type 5 is the biodegraded one from the oil of type 3, and characterized by a density and viscosity similar to type 4. however, the isomerization ratio is lower in the type 5 than that in the type 4

    第五類原油是由第三類原油生物降解的產物，原油密度和粘度與第四類原油相近，但甾烷異構化指標相對較低。
  20. Oil type 2, also non - biodegraded, is characterized by extremely high viscosity, relatively high density, low content of saturated fraction, high content of resin and asphaltene and low ratios of isomerization of steranes

    第二類原油粘度特大，密度相對較高。族組成以非烴和瀝青質組分為主，飽和烴含量低。甾烷異構化指標低，未遭受生物降解。
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