1) fault network
断裂网络
1.
The fault network in mine is a fractal system with statistic self-similarity.
煤矿中的断裂网络是一种具有统计自相似性的分形体系,其结构的复杂程度可用分维来定量描述,对皖北局刘桥二矿6煤顶板的构造复杂程度进行了评价,并对未采区进行了初步预测。
2.
Mine fault network is a fractal system with statistic self-similarity.
矿井断裂网络是一种具有统计自相似性的分形体系。
2) fault fracture network
断层-裂隙网络
3) net fault system
网络状断裂体系
4) fracture network
裂缝网络
1.
In the light of the complexity of nature fracture networks, it is extremely difficult to do the numerical calculation of fluid flowing and the design optimization of developing wellpatterns .
由于天然裂缝网络的复杂性,难以在复杂网络上进行流体流动的数值计算和开发井网的优化设计。
2.
Large-scale physical simulations are carried out to investigate the influence of natural fracture networks on propagation of hydraulic fracture.
为了研究天然裂缝性地层中天然裂缝网络对水力裂缝延伸的影响规律,采用室内大型试验模拟装置进行了物理模拟。
5) fracture network
裂隙网络
1.
Numerical simulation of grouting in space fracture network of rock mass;
空间岩体裂隙网络灌浆数值模拟研究
2.
3-D seepage flow model for discrete fracture network and verification experiment;
三维离散裂隙网络渗流模型与实验模拟
3.
Analysis of nonlinear seepage through fracture network in rock mass;
岩体裂隙网络非线性渗流分析
6) Fissure network
裂隙网络
1.
Based on the discrete numerical model of seepage flow of initial fissure network, a new numerical analysis method, rigid-body element method, is used to carry out the coupling analysis of seepage flow field of fissure network and the stress field in fissured rock masses.
基于裂隙岩体初始裂隙网络渗流的离散数值模型，首次采用新的数值方法——刚体元方法进行裂隙岩体裂隙网络渗流场─—应力场耦合分析，既避免了经典渗流理论不考虑介质应力的不足，又克服了工程岩体稳定性分析中简单考虑水渗流作用的缺陷。
2.
Based on the principle of isotope tracer in single well, and combing with well-theory of seepage flow, a mathematic model of two-dimension fissure network is proposed in the paper.
在应用单孔同位素示踪原理的基础上 ,结合地下水渗流井流理论 ,建立了二维裂隙网络的渗流计算模型。
补充资料：i断裂(i cleavege)
分子式：
CAS号：
性质：又称i断裂(i cleavege)。质谱学中，因正电荷中心对电子对的吸引，导致一对电荷转移引发的断裂，称为诱导断裂、i断裂或异裂。
CAS号：
性质：又称i断裂(i cleavege)。质谱学中，因正电荷中心对电子对的吸引，导致一对电荷转移引发的断裂，称为诱导断裂、i断裂或异裂。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条