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本文是根据在西德学习整理而成,该方法是目前国际上普遍采用的方法之一。今年四月分析英国Bristrol大学G·Egali nto n教授的样品,证明方法可靠;另外,在“油气远景定量预测会议”上介绍,与会代表认为有可取之处。为便于相互交流、相互促进,现介绍如下:一、镜质组反射率在石油地质中应用 在煤岩学中,煤的光学特性,为研究不同有机质类型的热演化提供了物理光学标志,它能直观地判明和测量有机质的成因和演化阶段。对石油勘探中有机质类型的划分、生油岩(层)的评价、油气远景预测以及古地理、古气温等研究,有着重要的意义。
This article is based on study in West Germany, which is one of the most commonly used methods in the world today. In April this year, a sample of Professor G · Egali nton n of Bristrol University in the United Kingdom was analyzed to prove the method is reliable. In addition, participants described it as a merit in the conference of oil and gas long-range quantitative forecasting. In order to facilitate mutual exchange, mutual promotion, are introduced as follows: First, the vitrinite reflectance used in petroleum geology In coal and rock science, the optical properties of coal, in order to study the thermal evolution of different types of organic matter provides a physical optical logo, it Can intuitively identify and measure the cause of organic matter and evolution stage. It is of great significance to study the classification of organic matter in petroleum exploration, the evaluation of oil-bearing rocks (layers), the long-term prediction of oil and gas, the palaeogeography and the ancient temperature.