黄土的

But there is few research on the relationship between the collapsibility of loess and the ground fissures.

而对西安地区黄土的湿陷性与地裂缝活动之间的关系，目前研究的较少。

But there is few research on the collapsibility of loess affect to the ground fissures.

而对西安地区黄土的湿陷性对地裂缝活动的影响，目前研究的较少。

According to the images interpreted collapsibility process. It was also found that big pores in loess did not contribute to its collapsibility.

在三轴仪上进行黄土的湿陷试验并实施同步CT扫描分析，能达到直观的、对土样无损伤的检验，较其他方法为优。

But in this experiment no law is founded between angle of internalfriction and different influencing factors of compacted cement-loess.

试验得出的不同条件下夯实水泥黄土的内摩擦角与各影响因素之间未发现明显的变化规律。

The results show dynamic constitutive relationship of loess for 4 kinds of frequency submits to hyperbolic equation.

结果表明，对应于4种频率的原状黄土的动本构关系均服从双曲线模型，但试验常数a、b均随振动频率的增大而略有减小。

Watson and Maurice Freedman have published articles on their study of "bone-collecting reburial", they have ignored the traditional concept of death.

而据笔者调查发现，民间道公的斋醮、对风水宝地的重视、对五色吉壤和黄土的偏好等习俗中都体现捡骨重葬俗的传统理念。

Weathering of loess soil is physical and biochemical processes mainly controlled by the root systems of plant community.

：黄土的风化主要为植物群落根系的物理作用及其所引起的生物化学作用。

We have not some certain appropriable method to solve this problem. More less job has been done on the loess nonlinear model.

本论文用正演和优化相结合的方式对黄土的非线性本构模型中的参数进行反演。

And loess mass structures are divided into four types as homogeneous, stratified, columnar, blocky and cloddy pulverescent structures based on the sedimentation characteristics of loess, features of structural planes and range of engineering loess mass.

依据黄土的沉积特点、结构面的特征和工程黄土体的范围将黄土体结构分为均质结构、层状结构、柱状结构、块裂结构和碎裂结构。

This problem study way: study on the theories of composite ground and physical mechanics character of loessial soil, deduce a hypothesis and test it according to rules or regulations, analysis and prove the theory, design, test, application, examination, and summary.

本课题的主要工艺技术路线：研究黄土的物理力学性质及复合地基理论→与规范、规程相结合进行构思、假设和试算→理论推导与证明→设计→试验→实施→检验→总结。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。