结合一个实际的铜铁共生矿床，对应用三维地质统计学方法研究矿床建模工作涉及的若干技术与方法。
In combination with a real copper-iron deposit, some techniques and methods concerning the study of deposit modelling using three-dimension geological statistics were studied.
因此，对储层地质建模技术进行研究，具有极其重要的现实意义。
Therefore, it is of extremely vital practical significance to research the reservoir geology modeling technology.
在火山岩气藏地质建模的基础上，对比研究了考虑应力敏感和CO2在地层水溶解的火山岩气藏水平井开发效果。
Base on the geological models, with the consideration of stress sensibility and dissolution of CO2 in water, the effects of horizontal well development are studied.
三维建模技术是一种新的矿床地质学研究方法。
Demensional modeling is a new research method for geology of ore deposits.
该研究成果为储层地质建模和区块开发调整提供了地质依据。
The result of this study has provided geological basis for reservoir modeling and development adjustment.
在上述条件的约束下，建立了储层三维地质建模并对于有利层位进行了流动单元研究。
Constrained by these conditions, a 3d geologic model is established to study the flow unit of beneficial zones.
因此，对储层地质建模技术进行研究，具有极其重要的现实意义。
Therefore, research of reservoir modeling technology, has extremely important practical significance.
露头储层沉积体系的准确划分是建立储层地质知识库和研究随机建模方法的基础和关键。
Exact classification of the outcrop depositional system is the base for building geological knowledge data-base and studying stochastic simulation.
其次，重点研究实现了地震约束储层建模中的地质统计学反演算法。
Secondly, this paper specially focuses on the geostatistical inversion algorithm in reservoir modeling constrained by seismic data.
文章在对地质统计学和现代矿山数字建模技术研究基础上，结合国内某大型矿山，论述了矿床三维数字建模的过程和方法。
Based on geostatistics and digital modeling technology in modern mines, combined with a large scale domestic mine, process and method of 3d digital modeling are discussed.
文章在对地质统计学和现代矿山数字建模技术研究基础上，结合国内某大型矿山，论述了矿床三维数字建模的过程和方法。
Based on geostatistics and digital modeling technology in modern mines, combined with a large scale domestic mine, process and method of 3d digital modeling are discussed.
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