1.
Experiment on Triaxial Pore Water Pressure-stress-strain Characteristics of Foamed Particle Light Weight Soil
发泡颗粒混合轻量土三轴应力-应变-孔压特性试验
2.
Study on Mechanical Properties of Lightweight Bead-treated Soil Made from Silt;
淤泥泡沫塑料颗粒轻质混合土力学特性研究
3.
The optimum moisture content of sand EPS beads mixed lightweight soil
砂土EPS颗粒混合轻质土的最优击实含水率
4.
Experimental Study on Dynamic Characteristics of Lightweight Sand-EPS Beads Soil (LSES);
砂土与EPS颗粒混合的轻质土（LSES）动力特性的试验研究
5.
Experimental Study on the Deformation and Strength Properties of Lightweight Clay-EPS Beads Soil under Cyclic Loading;
动荷载下粘土与EPS颗粒混合轻质土的变形和强度特性试验研究
6.
Comparative Experiment Research on Dynamic Behaviors of Lightweight Sand-EPS Beads Soil with Sand;
EPS颗粒混合轻质土（LSES）与砂土的动力特性对比试验研究
7.
Comparative Experiment Research on Dynamic Behaviors of Lightweight Clay-EPS Beads Soil(LCES) with Soft Clay;
EPS颗粒混合轻质土（LCES）与粘土动力特性的对比试验研究
8.
Study on the Dynamic Deformation Characteristics of Lightweight Sand-EPS Beads Soil under Low Confine Pressure;
低围压下砂土与EPS颗粒混合轻质土的动力变形特性研究
9.
Physical-Mechanical Properties Based on Two-Phase Model of EPS Beads-Mixed Lightweight Soil;
EPS颗粒混合轻质土物理力学特性的两相体模型研究
10.
Experimental Study on the Stabilized Light Soil (SLS) Made of Sludge and Waste Expanded Polystyrene;
淤泥再生废弃泡沫塑料轻质混合土试验研究
11.
"a clay soil contains a large amount of clay, a sandy soil a large amount of sand, and a loam is a mixture of all groups. "
粘土含大量粘粒，砂土含大量砂粒，壤土是这4类土粒的混合体。
12.
Examples of successful application improvements are low volume sprays, foams, and granular soil applications.
成功的应用实例包括少量喷撒、泡沫剂及农药颗粒剂的土壤施用。
13.
Effect of needle-chip particle concentration to function of asphalt mixture
浅析针片颗粒含量对沥青混合料性能的影响
14.
Research of Foamed Cement Banking Worked in Roadbed Diseases Prevention of in Frozen Earth Region
气泡混合轻质土在冻土地区路基病害防治中的研究
15.
Experimental Research on Foamed Cement Banking for Frozen Soil Foundation Protection
气泡混合轻质土在道路冻土地基保护中的试验研究
16.
The agglomeration of the particles has been found not to be a function of mix time.
人们发现颗粒聚集度不是混合时间的函数。
17.
Simulation of Particle Contact of Asphalt Mixture Based on Particle Flow Code
基于颗粒流程序的沥青混合料颗粒接触模拟
18.
INFLUENCE OF PARTICLE SIZE DISTRIBUTION OF MINERAL ADMIXTURE ON MECHANICAL PROPERTIES OF CEMENTITIOUS MATERIALS OF HIGH PERFORMANCE CONCRETE
矿物掺合料的颗粒级配对高性能混凝土浆体材料力学性能的影响