该文提供了油藏地球化学方法研究油层水淹程度的依据。
The paper also gives out the basis of researching reservoir water flooding degree by reservoir geochemical way.
实践证明：油藏地球化学录井在特种油气藏的解释与评价方面具有独特的技术优势。
Practice shows that geochemical log is technically superior in interpretation and evaluation of special oil and gas reservoirs.
目前可用试油、生产测井、地质分析以及油藏地球化学等四种方法进行单层贡献的计算。
There are four ways including well testing, production logging, geological analysis and reservoir geochemistry to allocate production of each layer in the commingled Wells.
油藏地球化学是一个新兴的地球化学分支学科，是传统的有机和无机地球化学与油藏工程紧密结合的产物。
Oil reservoir geochemistry is a newly rising offset subject of geochemistry, and plays an important role in exploration and development of oil and gas.
油藏地球化学描述既是油藏地球化学研究的一项基本任务，又是进一步开展油藏地球化学其它项目研究的基础工作。
Reservoir geochemical description is not only a basic task for reservoir geochemical study, but also the base of other research object on reservoir geochemical description.
气相色谱指纹技术(以下简称GCF)作为油藏地球化学领域中的一项重要技术，为油田管理和开发工作作出了重大贡献。
As an important technique in the reservoir geochemical domain, the gas chromatographic fingerprints technique (GCF) has made great contribution to the administration and development of oilfields.
目前国内外测定油藏连通性的方法大多采用电缆测井、地层对比、地球化学、压力测试、油藏数值模拟及示踪剂等方法研究地层连通性。
There are several conventional methods to measure stratal connectivity such as wireline logging, strata correlation, geochemistry, pressure test, reservoir simulation and tracer.
目前国内外测定油藏连通性的方法大多采用电缆测井、地层对比、地球化学、压力测试、油藏数值模拟及示踪剂等方法研究地层连通性。
There are several conventional methods to measure stratal connectivity such as wireline logging, strata correlation, geochemistry, pressure test, reservoir simulation and tracer.
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