The new discipline of digital rock physics has, nevertheless, attracted considerable attention within the industry.
但是“数字岩石物理”这门新学科在行业内引起了相当大的关注。
For example, any violation of the expected symmetry between hydrogen and antihydrogen would rock physics to its core.
例如，任何违反氢和反氢之间对称的期望会动摇物理学的核心。
In this paper, First introduce the geologic model of continental sedimentation, the rock physics expression about oil and gas reservoir of ShengLi oil Filed.
本文首先介绍了陆源沉积储层的地质模型，胜利油田部分油、气田储集层的岩石物理学特征。
Based on the experimental results and rock mechanics and rock physics, the microscopic mechanism of difference between static and dynamic elastic parameters is analyzed.
根据对岩石动、静态弹性参数的观测结果及岩石力学与岩石物理学的相关理论，对动、静态弹性参数差别的微观机理进行了分析。
This method relies on the rock physics modeling and analysis on the relationship between seismic responses and variation of rock properties using optimized seismic attributes.
该方法是以岩心物性参数和岩石物理性质正演模拟为基础，分析岩石物性变化引起的地震响应特征变化，利用优选的地震属性进行储层预测。
Rock physics is a tie that links seismic to reservoir engineering. However, several incompatible rock physical models coexist currently. It is high time to develop a universal rock physical model.
岩石物理学是连接地震与油藏工程的纽带，但目前存在着多种互不兼容的岩石物理模型，因此，有必要开发一种适合所有情况的单一岩石物理模型。
Larger ones, such as BP, Chevron and Shell, are setting up their own digital-rock-physics laboratories.
而大型石油公司—如BP、雪佛龙和壳牌正在创建自己的数字岩石物理实验室。
The new back analysis method of physics and mechanics parameters of surrounding rock was established by uniform design, calculus of differences and fuzzy artificial neural networks in this paper.
基于均匀设计、差分法和模糊人工神经网络建立了新的隧道围岩物理力学参数反分析方法。
To study the rule of change of rock chemical composition in the weathering process is very important for further research of weathering mechanism and change in rock's physics mechanics character.
研究岩石风化过程中岩石化学成分的变化规律，对于进一步研究岩石的风化机理以及岩石的物理力学性质变化过程有着十分重要的意义。
This paper reviews the recent progress in the studies of experimental rock mechanics and tectonophysics concerning seismology and physics of the Earth′s interior in China.
简述了近年来我国学者在与地震学和地球内部物理学相关的实验岩石力学和构造物理学研究方面的进展。
A new method for simultaneous inversion of porosity and saturation based on rock-physics model and hybrid optimization method was presented.
提出了一种基于岩石物理模型与混合优化算法同时反演孔隙度和饱和度的新方法。
A new pressure and saturation change nonlinear inversion method is proposed using time-lapse seismic data, which is based on hybrid optimization method and rock-physics model.
在现有研究基础上提出基于岩石物理模型和混合优化算法的时移地震反演压力、饱和度变化方法。
The thickness and physics mechanics nature of rock parting have important influence on the stress distribute and its movement of top coal.
夹矸层的厚度及物理力学性质对顶煤的应力分布和移动有重要影响；
Rocks are non-transparency and brittle. It is difficult to simulate the movement of rock pieces in cut cavity by math and physics.
岩石属非透明脆性介质，碎块在其内部运动过程的数学模拟和物理模拟都有较大难度。
Statistic of the physics and mechanics index of soil and rock is a tedious and important work. Statistic by handiwork is easy to make mistake and is difficult to be checked.
岩土物理力学参数统计计算是一项繁琐而又重要的工作，手工统计易出错，且难于校核。
Statistic of the physics and mechanics index of soil and rock is a tedious and important work. Statistic by handiwork is easy to make mistake and is difficult to be checked.
岩土物理力学参数统计计算是一项繁琐而又重要的工作，手工统计易出错，且难于校核。
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