The fundamental difficulty with XML documents is checking their internal validity (cohesion of document logic).
使用XML文档的主要困难在于检查其内部有效性(文档逻辑的内聚性)。
Soil resistance and pastes cohesion and internal friction Angle, is the two indicators which evaluate the performance of soil shear.
土壤抗剪黏聚力和内摩擦角，是评价土壤抗剪性能的两项指标。
Extreme type I isn′t equal to be probability distribution of cohesion and internal friction angle of clinosol and residual cohesive soil surrounding rock.
极值I型分布不适宜作为坡残积黏土质围岩黏聚力、内摩擦角的概率分布；
The effect of unloading confining pressure on cohesion is more obvious than that of angle of internal friction.
卸荷对黏聚力的影响比对内摩擦角的影响大。
The result shows that the impact velocity of initial yield is very small for the soil, and the cohesion has an obvious influence on it while the internal friction Angle does relatively small.
研究结果表明：土体初始屈服冲击速度非常小，其中黏聚力对其有较大影响，而内摩擦角对其影响相对较小。
When the sample is at the stage of grinding damage, the axial force and torque are related to the Young? S modulus, cohesion and internal friction Angle except the compression strength.
而处于研磨阶段时，轴向压力、扭矩和试样弹性模量、黏聚力及内摩擦角有关，与抗压强度无关。
By considering the variations of the cohesion and the Angle of internal friction for rock, the parameter studies on the stress distribution around one and two tunnels were carried out.
考虑岩石粘聚力和内摩擦角的变化，进行了一个和二个隧道周围的应力分布的参数研究，内摩擦角？
The research results provide the reference value for the choice of the cohesion and internal friction Angle of rock samples in the process of geo-engineering design and numerical simulation.
研究结果对于岩土工程设计和数值计算时岩样黏聚力和内摩擦角的选取具有参考价值。
Finally, the effect of the diameter on the cohesion and internal friction angle of coal samples is investigated.
最后讨论了直径对煤样黏聚力和内摩擦角的影响。
The cohesion and internal friction angle increase with the increase of compaction under the same water content.
在同一含水率下，黏聚力和内摩擦角随试样压实度的增加而增大；
With the repeatedly freezing-thawing cycles, the cohesion of low density clay increases, but the cohesion of high density clay decreases, and the internal friction Angle of the clay changes little.
随冻融循环过程增加，低密度土体的黏聚力有所提高，而高密度土体的黏聚力下降，内摩擦角变化较小。
With the repeatedly freezing-thawing cycles, the cohesion of low density clay increases, but the cohesion of high density clay decreases, and the internal friction Angle of the clay changes little.
随冻融循环过程增加，低密度土体的黏聚力有所提高，而高密度土体的黏聚力下降，内摩擦角变化较小。
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