1.
The Shaking Table Experimental Study on Liquefiable Sand Soil Improved by Granular Sand Pile;
散体材料砂桩加固液化砂土的振动台试验研究
2.
A New Pile-soil Stress Ratio Calculation Method of Composite Foundation with Friable Material Piles
散体材料桩复合地基桩土应力比计算新方法
3.
Study on Analysis of Settlement Calculation for Discrete Material Pile Composite Foundation
散体材料桩复合地基沉降分析方法探讨
4.
Consolidation of composite ground with granular columns under time-dependent loading
变荷载下散体材料桩复合地基固结研究
5.
The influence of the pile type and the friction angle of the contact surface on the limit bearing capacity of the piles and the composite foundation is discussed with an example.
通过算例,讨论了桩型及桩土接触面上的摩擦角对散体材料桩及其复合地基极限承载力的影响。
6.
Material, Concept, Crafts and Arts--unsystematic comments on the creation of large purple clay relief
材料、观念、工艺和艺术——散论大型紫砂陶浮雕的创作
7.
Study on evaluation of filling particles size distribution parameter in nano-composites based on fractals theory
基于砂盒法的纳米复合材料分散相粒度分布的分形维数表征
8.
Preparation of Spinel Ferrite-based Microwave Absorbing Materials with Iron-sand;
用铁砂制备尖晶石型铁氧体基微波吸收材料
9.
Preparation of Compound Light Scattering Material with PMMA as Matrix;
以PMMA为基体的复合光散射材料的制备
10.
Response Analysis of Granular Material Structure Subjected to Horizontal Seismic Force
动力荷载下散体材料结构的响应分析
11.
A brownish-red sandstone used as a building material.
褐砂石棕红色砂石，用作建筑材料
12.
Study on properties of CFG pile composite foundation of pile materials
CFG桩复合地基桩身材料性能研究
13.
TEST OF WATER SOLUBLE CORE WITH ALUNDUM AS BASE MATERIAL IN CASTING ALUMINIUM
以电熔刚玉砂为主体材料的水溶性型芯铝合金铸造试验
14.
Studies on the Preparation of High Purity,Spherical and Nanometer Zinc Oxide Powder Materials From Zinc Sand Calcined by Hydro-Chemical method;
从锌焙砂湿化学法制备高纯、球状纳米ZnO粉体材料的研究
15.
The Shaking Table Experimental Study on Liquefiable Sand Soil Improved by Pile;
桩体加固液化砂土的振动台试验研究
16.
Study on Settlement of Liquefiable Sand Soil Model Improved by Pile
桩体加固液化砂土模型地基沉降分析
17.
The sand in the bags has the principal task of guaranteeing continuity of contact in the material without impeding the free diffusion of the compressed air.
袋中砂的主要目的是在保证材料的连续接触而不妨碍压缩空气的自由扩散。
18.
Adsorption and Diffusion Behaviors of Fluid Molecules in Microporous Materials;
流体分子在微孔材料中吸附与扩散行为研究