1.
Experimental study on influence of clay particle content on liquefaction of Nanjing fine sand
粘粒含量对南京粉细砂液化影响的试验研究
2.
Numerical simulation of undrained cyclic triaxial tests of Nanjing flake-shaped fine sand
南京片状细砂不排水循环三轴试验的数值仿真
3.
Experimental Study on Meso-damage Development Properties of Nanjing Red Sandstone and Its Constitutive Model;
南京红砂岩细观损伤演化特性及其本构模型试验研究
4.
Undrained cyclic behaviors of Nanjing flake-shaped fine sand under cyclic loading
循环荷载作用下南京片状细砂的不排水动力性态
5.
Flume Experiments on the Development of Bed Forms for Some Fine Sand and Silt
某些细砂和粉砂底形发育的水槽实验研究
6.
Study on the weathering characteristics of Cretaceous argillaceous siltstone
湖南白垩系泥质粉砂岩风化特性研究
7.
Weak cemented fine quicksand layer deposited at the Tertiary Period and Jurassic Period is widely distributed in China's northeast and southwest regions.
第三纪和晚侏罗纪时期沉积的弱胶结粉细砂层在我国东北、南地区有广泛的分布。
8.
These particles range from coarse silt to sand or pebble size.
这些颗粒的大小变化范围是从粗粉砂级到砂级或细砂级。
9.
These may range from coarse silt to sand or peble size.
这些颗粒的大小变化范围，从粗粉砂级到砂级或细砂级。
10.
EXPERIMENTAL STUDY ON PARAMETERS OF DUNCAN-CHANG MODEL FOR BEIJING FINE SANDY SOIL
北京细砂土邓肯-张模型参数试验研究
11.
Borax must be reduced to powder for infants.
硼砂必须研成细粉才能供婴儿使用。
12.
On long-distance subsurface excavated construction in twin-track tunnels of silt and silty fine sand stratum
粉土粉细砂地层双线隧洞长距离暗挖施工
13.
A fine - grained impure corundum used for grinding and polishing.
刚玉粉，金刚砂用于磨粉和打光的一种细磨的不纯的刚玉粉
14.
Discovery of Neocene gypsum-bearing sandy and muddy strata in Nanjing, Jiangsu, China and its significance. Geological Bulletin of China
南京地区新近系含膏砂泥地层的发现及其意义
15.
Grain-size characteristics and origin of Longjie silt layer in the Yuanmou area,Yunnan,China
云南元谋龙街粉砂层的粒度特征与成因
16.
Research and Application on Combined Sand Control Technology of Complex Siltstone Thin Oil Reservoir
稀油粉细砂岩复杂油藏综合防砂技术研究与应用
17.
Research and Application of Fiber-complex Fine-silty Sand Control Technique in the Unconsolidated Sand Reservoirs
疏松砂岩油藏纤维复合防细粉砂技术研究与应用
18.
The application study and prospect of HPC with silica fume and ultra fine sand
特细砂硅粉高性能砼的应用研究及展望