1.了解构造等高线图的概念; 2.学习根据钻孔资料编制构造等高线图的方法;学会根据构造等高线图分析构造特征

1.学会在地形地质图上确定断层的产状、性质及其形成时代; 2.掌握求断距的方法; 3.掌握编制断层地区地质剖面图的方法

一、褶皱几何要素在赤平投影图上的特征和求解方法

1.学会在地形地质图上用三点法求倾斜岩层的产状; 2.学会求倾斜岩层的埋藏深度; 3.在地形地质图上熟练地求出倾斜岩层的厚度

1.了解正投影的概念; 2.学会用正投影的方法确定构造面、线产状的方法; 3.通过正投影方法的训练,培养学生三维空间的思维能力;

实习目的 1.了解极射赤平投影的概念; 2.掌握极射赤平投影的基本原理; 3.掌握简单的面、线在吴氏网上的投影方法

《基础地质学》课程教学资源（PPT课件）第二讲 内动力地质作用——构造运动

Plate Tectonics Geologic Tectonics Earthquake Tsunamis海啸 and Coastal Flooding

Atomic Structure All natural and most synthetic substances on earth are made from the ninety naturally occurring chemical elements. An atom is the smallest particle into which an element can be divided while still retaining the chemical characteristics of that element (fig 3. 1). The nucleus, at the center of the atom contains one or more particles with a positive electrical charge(protons fif and usually some particles of similar mass that have no charge(neutrons

1、早期的太阳系 The Early Solar System Billions of years ago, out of a swirling mass of gas and dust, evolved a system of varied planets hurtling around a nuclear-powered star-our solar system. One of these planets, and one only, give rise to complex life forms. Over time