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1·The characteristics of damage, movement, evolution in mining coal bed in weathered zone were discussed mainly.

重点论述了风化带内煤层开采的覆岩破坏移动演化特征；

2·In shallow weathered zone, the main part of fissure water is recently infiltrated water and the water mixed with old water.

浅部风化裂隙水主要为新近入渗水及与“老水”的混合水。

3·Analyze bedrock for construction weathered feature at Jixian Power Plan, make weathered zone classification, and apply to pile foundation engineering design.

分析蓟县电厂基岩构造风化的特征，进行了风化带的划分，并应用于桩基工程设计。

4·Water leakage from the reservoirs mainly follows the passage, which is formed by connection of the fracture structure outward extending with the strongly weathered zone.

库水外渗主要沿通往库外的断裂构造与强风化带连通形成的渗漏通道渗漏。

5·The surrounding rock of the entry in strongly weathered zone has more fissures which lower the rock strength, and the maximum roadway dimension will be limited consequently.

强风化带中的回采巷道，围岩裂隙增多、强度降低，巷道的最大尺寸将受到限制。

6·Regional hydrogeology, occurring conditions of fissure water in weathered zone, remote sensing image treatment and mapping technique in red beds hills, Sichuan are outlined.

概略介绍了四川省红层丘陵区的区域水文地质条件、风化带裂隙水的主要赋存环境、图像处理与制作方法；全面介绍了遥感解译和遥感信息计算机自动提取的方法。

7·Together with engineering case, this paper introduces this technique application to make known karst, fault zone and intensive weathered bed weak layer.

文章结合工程实例，介绍利用地震层析成像技术查明岩溶、断层破碎带、强风化软弱夹层方面的应用。