1.
Failure Waves in Rock under Shock Wave Loading;
冲击波压缩下岩石介质中的破坏波研究
2.
Study on the Rock Damage Mechanism of Blasting Vibrations with Low Frequency
低频爆破震动对岩石介质破坏机理研究
3.
Study on the Applicability of Caustics to Rock Type Media
焦散线法对岩石类介质的适用性研究
4.
lithic arkosic wacke
岩屑长石砂岩质杂砂岩
5.
Study of Anisotropic Rock Physics Model and Application;
各向异性介质岩石物理模型及应用研究
6.
NEW METHOD OF ROCK MECHANICS ANALYSIS WITH POROUS MEDIUM AND ITS APPLICATION
多孔介质岩石力学分析新方法及其应用
7.
Sedimentary and Metamorphic Petrology
沉积岩岩石学与变质岩岩石学
8.
subfeldspathic lithic arenite
亚长石质岩屑砂屑岩
9.
The test results indicate that it is feasible to use sand, plaster and cement to simulate rock body.
实验结果表明,用石英砂、膏和水泥来模拟岩体介质是可行的。
10.
Random Media Solid-head Coupled Mathematics Model and Numerical Tests on Hot Cracking of Rock;
随机介质固热耦合数学模型与岩石热破裂数值实验
11.
Fractal Description on Shear Strength of Cement Face of Rock-Concrete and Its Engineering Application;
岩石—砼两相介质胶结面抗剪强度分形描述及其工程应用
12.
lithic subarkosic wacke
岩屑亚长石砂岩质杂砂岩
13.
Pyroclastic rocks are a kind of transitional and complex rocks between lavas and sedimentary rocks.
火山碎屑岩是介于溶岩和沈积岩之间的过渡类型岩石，岩类复杂。
14.
The karst fissure medium can be regarded as dual medium of porosity.
岩溶裂隙介质可视为双重孔隙度介质。
15.
The main kinds of rocks include carbonate rocks, tuffite, siliceous rocks and quartz sand-stone.
主要岩石类型包括碳酸盐岩、沈积凝灰岩、矽质岩和石英砂岩。
16.
Engineering Geology &Rock Mechanics ?
工程地质与岩石力学
17.
dolomitic biomicrite
白云石质生物微晶灰岩
18.
a slimy substance covered the rocks.
被粘稠物质覆盖的岩石。