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Method for forming a model of a formation geological, which is stressed by the dynamic and static

机译:动态和静态应力作用下的地层地质模型的形成方法

摘要

- method for forming by an inversion technique, a model of an underground zone, which is stressed by the static data: data obtained by seismic exploration or measured in situ (logs), and the dynamic data: measurements of production, tests of the well, etc... - from a meshed geological model chosen a priori and relations between the parameters or physical magnitudes characteristic of the medium: acoustic impedance, and absolute permeability, for example, a simultaneous reversal of the two parameters by minimising a cost function - overall, which has the effect of considerably reducing the number of possible solutions and to improve the characterization of the zone underground. - applications in particular in the modelling of hydrocarbon reservoirs, of zones that can be used as storage locations gas, the waste, etc, 1 / p
机译:-通过反演技术,地下区域模型形成的方法,该模型受静态数据强调:通过地震勘探获得的数据或现场测量(测井)的数据,以及动态数据:生产测量,油井测试等等...-从先验的网格化地质模型中选择介质的参数或物理量级特征之间的关系:声阻抗和绝对磁导率,例如,通过最小化成本函数同时反转两个参数-总的来说,其效果是大大减少了可能的解决方案的数量,并改善了地下区域的特征。 -特别是在碳氢化合物储层,可用作气体,废物等的存储位置区域的建模中的应用,<1 / p>

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