UC知道跪求关于模域岩石物理诊断的论文翻译（1）
来源：百度知道 编辑：UC知道 时间：2024/06/20 02:09:22
Modulus-domain Rock Physics Diagnostics: New Insights in Realistic Granular Media
Mark G. Kittridge, Shell International EP Inc. (EP Technology – R&D)
Summary
Integration of lab- and well-based data is essential in the
development of rock physics models with predictive
capability. In previous work, we reported on the
development of a modulus-based rock physics model for
clean quartz-dominated (low clay, carbonate) sandstones,
and noted differences in this model from existing
relationships. In this paper, we further explore those
differences, making use of a number of public-domain
laboratory-based velocity data sets. The focus here is on
testing the modulus-based model with dry laboratory data,
and across a wide range of porosity. New insights are
offered into the performance of the model, as well as the
potential utility of some public-domain information as
analog data. Finally, we make note of
Mark G. Kittridge, Shell International EP Inc. (EP Technology – R&D)
Summary
Integration of lab- and well-based data is essential in the
development of rock physics models with predictive
capability. In previous work, we reported on the
development of a modulus-based rock physics model for
clean quartz-dominated (low clay, carbonate) sandstones,
and noted differences in this model from existing
relationships. In this paper, we further explore those
differences, making use of a number of public-domain
laboratory-based velocity data sets. The focus here is on
testing the modulus-based model with dry laboratory data,
and across a wide range of porosity. New insights are
offered into the performance of the model, as well as the
potential utility of some public-domain information as
analog data. Finally, we make note of
率-领域的岩石物理学诊断: 在现实的粒状媒体的新洞察力
马克 G. Kittridge, 去壳国际的 EP 盘 唱片公司 (EP 盘 唱片技术 - R&D)
摘要
实验室的整合- 和以很好地为基础的数据是必要的在那
岩石物理学模型的发展与预言性的
能力。 在早先的工作中, 我们报告在那之上
以率为基础岩石物理学模型的发展为
干净的石英-支配了 (低的泥土,碳酸盐) 沙岩,
而且在这一个模型中注意不同从现有的
关系。 在这纸中, 我们更进一步探究那些
不同, 使用一些民众-领域
以实验室为基础的速度数据设定。 这里的焦点是在
用干的实验室数据尝试以率为基础的模型,
而且在整个一个各类型的多孔性。 新的洞察力是
进入模型的表现之内提供, 连同那
一些民众-领域数据的潜能实效当做
类比数据。 最后, 我们记下使用那
以率为基础的模型当做岩石物理学诊断用工具工作。
诊断对确认 (QC) 实验室是有用的-源自
速度数据, 连同用 wellderived 强迫工作
数据设定 (举例来说流动的替换计算) 。 那
模型而且意味着诊断应该是有相关
正在接口工作的人们在实验室之间- 和以很好地为基础的
岩石物理学模型。