成岩演化 meaning in Chinese
diagenetic evolution
Examples
- Pressure separation is usually controlled by the following factors , such as subsidence rate , sediment types and diagenesis during the diagenetic evolution , as a result the pressure gradient is uncontinuous
地层压力分隔化是由于沉积物在成岩演化过程中受各种因素，如沉积速率、沉积物类型以及成岩作用的影响，使地层中的流体压力梯度呈现出随深度变化不连续的一种现象。 - Abstract : pressure separation is usually controlled by the following factors , such as subsidence rate , sediment types and diagenesis during the diagenetic evolution , as a result the pressure gradient is uncontinuous
文摘:地层压力分隔化是由于沉积物在成岩演化过程中受各种因素，如沉积速率、沉积物类型以及成岩作用的影响，使地层中的流体压力梯度呈现出随深度变化不连续的一种现象。 - On the contrary , the reservoirs that were not influenced by hot fluid just were in early diagenetic stage b . 2 . based on the synthetic analysis of varied data , the mechanism of repeated dissolution and precipitation of ferrous carbonate minerals has been discussed
在进行充分的岩石学研究基础上，利用电子探针、稳定同位素及包裹体分析数据，探讨了异常成岩演化储层中含铁碳酸盐矿物反复溶解和沉淀的机理。 - The article starts with the core observation , make use of the data of core analysis and well - logging , applied various analysis methods to study the reservoir of the upper paleozoic group in tabamiao area of ordos basin . the study contents include : lithofacies , well - logging facies , sedimentary facies , the diagenesis of the sandstones , the character of reservoirs , the control factors of the reservoirs etc . 12 kinds of lithofacies and 9 kinds of well - logging facies have been identified in the paleozoic group in tabamiao area by observe the core and contraste the well - logging data
论文主要从岩心观察入手，充分利用岩心资料和测井资料，应用多种分析方法，对鄂尔多斯盆地北部塔巴庙地区上古生界砂岩的岩相、测井相、沉积相特征及其展布以及砂岩的岩石学特征、物性特征、成岩作用及其对砂岩储集空间的改造、成岩演化、砂岩储层的控制因素等方面进行了深入的系统研究。 - Now , sr isotopes can be used not only to constrain the origin and evolution of magma and hydrothermal ore - forming solutions , calculate the scale and degree of lithogenesis and ascertain the relations between fluids and rocks , but also to study sea - level fluctuation , plate movement , ocean - floor spreading and lithogenic evolution
现在，锶同位素不仅在示踪岩浆及成矿热液的来源和演化、计算晚期成岩改造作用的规模和程度及流体/岩石比等方面已趋于成熟，并且越来越广泛运用于海平面变化、板块活动、海底扩张、成岩演化等方面的研究。