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   热液石油 的翻译结果: 查询用时:0.013秒
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热液石油
相关语句
  hydrothermal petroleum
     Hydrothermal petroleum and metal minerogenic fluid formation
     热液石油与金属成矿流体的形成
短句来源
     The paper briefly introduces the forming temperature and migration of hydrothermal petroleum in order to prove there exists paragenetic relationship between hydrothermal petroleum and ore-forming fluids by some evidence examples.
     本文介绍了热液石油形成的温度、运移方式几个方面的特征。 通过实例证实了热液石油与成矿流体具有共生关系。
短句来源
  相似匹配句对
     Oil
     石油
短句来源
     Mineralized Hydrothermal Liquid and Petroleum Generation
     成矿热液石油生成
短句来源
     Hydrothermal petroleum and metal minerogenic fluid formation
     热液石油与金属成矿流体的形成
短句来源
     China's oil industry enters the transitional period
     石油转型?
短句来源
     ON HYDROTHERMAL ROCK
     关于热液
短句来源
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The paper briefly introduces the characteristics, expulsion and migration of hydrothermal petroleum in submarine and continental hydrothermal system. The forming temperature of hydrothermal petroleum is from 60℃ to over 400℃,which is higher than conventional oil windows. The formation of hydrothermal petroleum has close relationship with interaction between hydrothermal fluids and source rocks. In hydrothermal fluids, there is high abundance hydrogen, which will react hydrogenation with organic matter in source...

The paper briefly introduces the characteristics, expulsion and migration of hydrothermal petroleum in submarine and continental hydrothermal system. The forming temperature of hydrothermal petroleum is from 60℃ to over 400℃,which is higher than conventional oil windows. The formation of hydrothermal petroleum has close relationship with interaction between hydrothermal fluids and source rocks. In hydrothermal fluids, there is high abundance hydrogen, which will react hydrogenation with organic matter in source rocks and increase the production of hydrocarbon. Hydrocarbons derived from interaction between water and rocks are continuously expelled, extracted and removed by fluid flow from source rocks and migrated in fluids. Hydrothermal fluids and interaction between water and rocks are introduced in oil and gas geology, it will redound to find out genesis of petroleum and gas, and implicate more perspective for oil and gas exporation.

近 2 0年来 ,对地壳中热水流体地质作用的研究已渗透到地学研究的各个领域 ,并且是一个经久不衰的研究课题。与现代海底热水流体或大陆热泉活动有关的热液石油的生成问题已引起油气地质学界的普遍关注。热液石油是热水流体与烃源岩发生水岩反应的产物 ,并能与热水流体一起运移。研究热液石油生成和运移的机制有助于了解地质历史中油气的生成与成藏过程。热液石油生成的温度范围从 60℃到大于 40 0℃ ,高温区明显高于传统的石油窗温度 ;热液石油生成过程所需的时间短 ;热液油气运移的通道与热水流体相同 ,这就是断裂构造。据此可以认为 ,在更深的地层圈闭中 ,尤其是产于深大断裂构造附近的圈闭中 ,有更大的油气勘探远景

Oil origin is a fundamental problem of natural science.Development of“organic”concept confirmed in practice,named as sedimentary-migrational theory follows the way of more detailed study of oil composition and that of rocks organic matter since just molec-ular composition of oil appears to be“a key”for its genesis knowledge.The presence of biomarkers in oils-com pounds with chemical structure being inherited from live sub stance,as well as their presence in hydrocarbon extracts of an cient Archean rocks and...

Oil origin is a fundamental problem of natural science.Development of“organic”concept confirmed in practice,named as sedimentary-migrational theory follows the way of more detailed study of oil composition and that of rocks organic matter since just molec-ular composition of oil appears to be“a key”for its genesis knowledge.The presence of biomarkers in oils-com pounds with chemical structure being inherited from live sub stance,as well as their presence in hydrocarbon extracts of an cient Archean rocks and ores of the ocean's streading zones evidences that hydrocarbon genera tion processes took place from the moment of life origin.Limited quantity of hy-drocarbon iso mers in oil is a result of their selective accumulation in live organisms,optical activity of oils reflecting o chiral purity of bi -ological systems-all these properties of oil confirm its genetic association with biogene substance.

石油生成是自然科学的一个基本问题。详细地讨论了石油有机生成说的发展,指出石油和天然气分布在沉积盆地中以及石油中的一些生物标志化合物,它们携带着有关石油原始古生物成分的信息,是石油有机成因说的重要证据;在介绍了热液石油的观点后指出,这种热液石油与任何一种岩石和任何一期成岩作用形成的岩石中,由细菌有机质聚集而造成的甲烷生成作用有关;在评说了无机生油观点后指出,以费托反应生成烃类在理论上是可能的,但在自然界中未必能满足反应所需的温度和压力等条件。可以认为,地球上烃类生成过程与生命起源过程是同步的。

The paper briefly introduces the forming temperature and migration of hydrothermal petroleum in order to prove there exists paragenetic relationship between hydrothermal petroleum and ore-forming fluids by some evidence examples. During the formation of hydrothermal petroleum, organic acids, hydrocarbon compounds and NSO-polar compounds et al are involved in the activation and migration of ore-forming process. Volume of expansion of organic material during the evolution provides a pathway for the ore-forming...

The paper briefly introduces the forming temperature and migration of hydrothermal petroleum in order to prove there exists paragenetic relationship between hydrothermal petroleum and ore-forming fluids by some evidence examples. During the formation of hydrothermal petroleum, organic acids, hydrocarbon compounds and NSO-polar compounds et al are involved in the activation and migration of ore-forming process. Volume of expansion of organic material during the evolution provides a pathway for the ore-forming fluids to flow out easily.

本文介绍了热液石油形成的温度、运移方式几个方面的特征。通过实例证实了热液石油与成矿流体具有共生关系。在热液石油的形成过程中,有机酸、烃类、NSO极性化合物等组分直接参与了成矿物质的活化、迁移作用,而有机质在演化过程中的体积膨胀作用则为成矿物质的带出提供了通道。

 
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