使用YZ - 1型石油荧光分析仪的测定结果与地化结果和地质检测结果基本吻合。
It is shown that testing result of YZ-1 oil fluorescence analyser is accordance with geological testing result.
很久以来人们就知道烃类在紫外线下能发出荧光或其他光亮，但这或许是第一次在实验室外，应用这一技术来探测石油。
Although hydrocarbons have long been known to fluoresce, or glow, under ultraviolet light, this may be the first time the technology has been used outside a lab to spot oil.
根据石油混合物液体的荧光特性，研制了油砂含油量测定仪。
An oil sand oil content measurement instrument was designed based on the fluorescence property of oil mixture.
该文依据分子轨道理论和固体物质的能带理论，对石油及岩石矿物的荧光性成因进行了论述。
The article deals with the oil and rock mineral property according to the molecular orbit theory and the energy band theory of the solid material.
用高倍荧光显微镜观察，在这些暗色泥岩的砂质碎屑矿物和自生矿物中，发现丰富的微石油包裹体群。
With high magnification of microscopy, a lot of petroleum inclusions were found, which occur in the fissures of sand grains and authigenic minerals in the source rock.
在录井工作中，部分岩石矿物具有与石油同样的荧光颜色，这就使识别岩样含油荧光更加困难。
Part of rock minerals have the same fluorescence colour as the crude oil during the cutting analysis, which makes it difficult to identify the cutting samples containing oil.
分析结果证明，荧光分析法可有效快速地判定土壤是否被石油污染以及造成土壤污染的石油产品类型。
The results show that fluorescence analysis can be effectively and quickly determine whether the petroleum- contaminated soil, and soil pollution caused by the type of petroleum products.
在此基础上，阐述了利用石油与岩石矿物物理化学特性的差异区别石油与岩石荧光特征的两种常规方法。
Based upon these, it discusses the two normal ways to distinguish the property between oil and rock minerals according to the different physical and chemical characteristics for oil and rock min...
简介了有机包裹体荧光机理、荧光显微分析技术的原理和方法及其在石油地质中的应用。
Application of organic inclusion in recovering oil-gas injection history of oil reservoirs and its examples. ;
简介了有机包裹体荧光机理、荧光显微分析技术的原理和方法及其在石油地质中的应用。
Application of organic inclusion in recovering oil-gas injection history of oil reservoirs and its examples. ;
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