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- Moreover, possibility of pulling out geosynthetics should be noticed in checking interior stability of reinforced aeolian sand retaining wall. 此外，在进行加筋风积沙挡墙的内部稳定性验算时，应注意加筋材料被拔出的可能性。
- reinforced aeolian sand retaining wall 加筋风积沙挡墙
- THE STABILITY MODEL TEST OF REINFORCED AEOLIAN SAND RETAINING WALL 风积砂加筋挡土墙稳定性模型试验研究
- PRESSURE-BEARING CAPACITY OF SPREAD FOUNDATION WITH REINFORCED AEOLIAN SAND 加筋风砂土地基扩展基础的承压性能
- Tests on Basic Properties of Aeolian Sand and Geogrid Reinforced Aeolian Sand 风砂土基本性质及其与土工格栅作用试验
- MODEL TEST AND CALCULATION FOR ULTIMATE UPLIFT LOAD OF SPREAD FOUNDATION ON REINFORCED AEOLIAN SAND SUBGRADE 扩展基础加筋风积砂地基抗拔承载力模型试验与计算
- Study of indoor model test of spread foundation on the reinforced aeolian sand subgrade 扩展基础加筋风积砂地基室内模型试验研究
- UPLIFT MODEL TEST AND MECHANISM STUDY OF THE SPREAD FOUNDATION OF REINFORCED AEOLIAN SAND SUBGRADE 扩展基础加筋风积砂地基抗拔模型试验和机理研究
- Centrifuge Modeling Test to Working Mechanism of Reinforced Aeolian Sand Retaining Wall 加筋风积沙挡墙工作机理的离心模型试验
- reinforced aeolian sand 加筋风积砂
- MODEL TESTING STUDY AND CALCULATING ANALYSIS OF BEARING CAPACITY ON THE REINFORCED AEOLIAN SANDS GROUND 加筋风积砂地基承载力试验研究及计算分析
- The interface rub characteristic between geogid and aeolian sand was measured with the pulling out experiment. 通过拉拔试验测定土工合成材料与风积砂的界面摩擦特性。
- The results indicate that using cement stabilized aeolian sand and macadam, as base course for road is feasible. 试验结果表明,水泥稳定风积砂碎石做基层在公路上的应用是可行的。
- The time of the earlier two layers of aeolian sand formed corresponds with the New Ice Age. 前两次风成沙在形成时代上可能与第一新冰期相对应，反映了沙漠的扩张状态。
- With a new horizontal saltation displacement vector, the initiation and evolution of aeolian sand ripples is simulated. 本文采用一个新的颗粒跃移矢量表达式，模拟了风成沙波纹的形成和演化过程。
- Study Progresses and Prospect on The Ecological Characteristics of Soil-inhabiting Microorganism in Soil Forming Process of Aeolian Sand Soil. 风沙土成土演变过程中土壤微生物生物学特性研究进展与展望
- Shape characteristics of the natural aeolian sand ripples and their relations with the physical characteristics of surface sand. 自然风成沙纹的形态特征及其与地表沙物理性状的关系
- Aeolian sand, distributed extensively around China?s arid and semi arid zones, is the main bearing body of wind erosion in China. 风成沙广泛分布于我国干旱与半干旱地区，是我国风蚀与风沙活动的主要载体。
- It is discovered that the change of wind erodibility of aeolian sand with its grain size complies with discontinuous function, 0. 风成沙广泛分布于我国干旱与半干旱地区，是我国风蚀与风沙活动的主要载体。
- The low numerical value distribution of these two types trace elements in the Aeolian sand facies represents erosion and accumulation under wind force during the cold-dry climate. 这两种类型元素在风成沙中呈现的含量低值揭示了其时干旱寒冷气候作用下风力的侵蚀搬运与堆积作用；
