1.
Analysis on the Reasons for Jiujiang Earthquake and the Possibility of Strong Shock in Huangshi;
九江地震的原因及黄石强震的可能性分析
2.
Study on the dynamic response of high earth-rockfill dams in areas of high seismicity
强震区高土石坝的地震反应特性研究
3.
Three-dimensional nonlinear analysis of seismic response for core earth-rock dam in meizoseismal area
强震区心墙土石坝地震反应三维非线性分析
4.
Study on application of earthquake-resistant and shear-resistant strength theory of stone structure
石砌体结构抗震抗剪强度理论的应用
5.
Seismic Response Analysis of an Earth-rockfill Dam on Thick Loess Alluvial Deposit
深厚黄土覆盖层上土石坝地震响应特性分析
6.
A TEST METHOD OF DYNAMIC STRENGTH OF LOESS UNDER RANDOM SEISMIC LOADING
随机地震荷载作用下黄土动强度的试验方法
7.
The Analysis of the Anti Seismic Test and the Construction Strength of Super Standard Stone Materials in the Curtain Wall Engineering;
幕墙工程中大规格石材结构强度和抗震强度的试验分析
8.
DISCOVERY FROM SEISMIC SURVEY IN LAOSHAN UPLIFT OF THE SOUTH YELLOW SEA AND THE SIGNIFICANCE
地震调查在南黄海崂山隆起的发现及其石油地质意义
9.
Construction of characteristics culture and Huangshi city s development;
黄石城市发展过程中应加强特色文化的建设
10.
This earthquake near Yellostone Park was just one of nearly a million that happen every year all over the world.
在黄石公园附近发生的地震，仅仅是每年全世界发生的上百万次地震中的一次。
11.
Since the Yellowstone earthquake some people have said that they would never go to that area for fear of being caught in a landslide such as occurred after the earthquake. That is foolish, Such a fear would deep us from mountains the rest of our lives.
自从黄石地震后，一些人说，他们因为害怕被发生在地震后的大滑坡伤害，再也不会去那个地方
12.
The force of an earthquake depends on how much rock breaks and how far it shifts.
地震的强度依岩石破裂的多少以及其滑移的距离而定。
13.
Research on the Anti-Seismic Behavior and Material Strength of Ancient Masonry Pagodas in Yibin City;
宜宾地区砖石古塔建筑材料强度与抗震性能研究
14.
Experimental Research and Finite-element analysis on the Seismic Performance of Fiber-reinforced Plasterboard Filled with Concrete;
混凝土灌芯纤维增强石膏板抗震性能的试验研究及有限元分析
15.
The Methodology and Framework Study of Urban Debris Flow Risk Assessment
强震区城镇泥石流灾害风险评价方法与体系研究
16.
Instead of taking roots in soil, they cling to the rock surface, showing the vigor of life.
黄山松很奇特，破石而出，盘结于危岩峭壁之上，显示出顽强的生命力。
17.
Application of high energy level dynamic compaction to ground improvement of collapsible loess for petrochemical project
高能级强夯法在石油化工项目处理湿陷性黄土中的应用
18.
Necessity of Establishing Huangshi Region Premixed Concrete Strength Curve Measured by the Rebound Method
浅析建立黄石地区预拌混凝土回弹法测强曲线的必要性