1.
Research on Dynamic Response to Vibratrory Loads of Silty Soils and the Physical Mechanics in the Yellow River Estuary;
黄河口粉质土体的动力响应特性及机理研究
2.
Steady-State Behavior and Strength Properties of Silty Soil in Yellow River Delta
黄河口粉质土稳态性状与强度特征研究
3.
Laboratory study about the influence of dynamic loading on the erosion of silty sediment in the Huanghe Estuary in China
黄河口粉质土沉积物侵蚀性动态变化试验研究
4.
Study on the Absorb Characteristic of Vibration Energy and Properties Modification for the Silty in Yellow River Estuary;
黄河口粉质土对振动能量的吸收及导致土体变化研究
5.
Study on preferential flow and effect on silt by simulative burrows in Yellow River Estuary
生物洞穴影响的黄河口粉质土优势流及其效应研究
6.
Research on Wave Induced Silty Soil Liquefaction in Yellow River Estuary;
波浪导致黄河口粉质海床土液化研究
7.
In-situ vibration tests on liquefaction of silt in estuary of the Yellow River
黄河口粉土液化过程的现场振动试验研究
8.
Study on pre-consolidation pressure of silt in the Yellow River Delta
黄河三角洲粉质土前期固结压力的探讨
9.
Study of liquefaction of silty soil and mechanism of development of hard layer under wave actions at Yellow River Estuary
波浪作用下黄河口粉土液化与“铁板砂”形成机制的模拟试验研究
10.
Study on Liquefaction of Silty Soil and the Development of Surging Layer Under Wave Actions at Yellow River Estuary
波浪作用下黄河口粉土液化与振荡层形成试验研究
11.
The Study on the Control and Influence Elements of Wave-induced Silty Soil Sliding in the Yellow River Subaqueous Delta
波浪导致黄河水下三角洲粉质土滑动控制及影响要素分析研究
12.
Influence of initial dry density and clay content on steady state strength of silty soil in Yellow River Delta
黄河三角洲粉质土初始干密度和黏粒含量对稳态强度的影响研究
13.
Relationship Between Matric Suction and Strength Characteristic of Yellow River Alluvial Silts
黄河冲积粉土的吸力和强度特性关系
14.
A Laboratory Study of the Simulated Burrows Disturbance of the Sediments of Yellow River Estuary
生物洞穴对黄河口土样扰动试验研究
15.
The Relationship of the Yellow River Flood and the Land Use Style between Hekou and Longmen Regions in the Han Dynasty;
两汉黄河水患与河口龙门间土地利用之关系
16.
Composition and Physical Nature of Loess in the Middle Reach of the Yellow River
黄河中游地区黄土成份及物理力学性质研究
17.
Source of the Holocene Aeolian Loess-Soil in the Upper Reaches of the Huaihe River;
淮河上游全新世风成黄土—土壤物质来源研究
18.
A Study on Land Use and Land Cover Quality Change: Taking Yellow River Delta as a Case;
黄河三角洲土地利用与土地覆被的质量变化