Classification of folds (continue) Based on four main features or properties: 1 direction of closing and facing 2 attitude of axial surface 3 size of inter-limb angle, and 4 shape of profile 5 dip isogons

CONSTRUCTION OF VERTICAL SECTION 1 Select the location of the section and draw a section line (usually perpendicular to the strike of the main structures), right-hand end is its more easterly end 2 Draw a topographic profile along the line of section. Determine the base line on the squared

Force Force is a kind of mechanical action between different objects, it tends to change the shape, volume or movement state of the object with a force upon it. Force is a vector quantity, and thus possesses both magnitude and direction; it can be represented by an arrow whose length specifies the magnitude and whose

Extensional Fault Systems A- Evolutionary model illustrating progressive extension accommodated by block rotation above a low-angle extensional fault. B-Listric fault with hangingwall rollover anticline. Area and B are equal. C-Flat/ramp geometry of fault produces geometrically necessary folding in hangingwall

一、褶皱作用的基本概念及其类型 1.1褶皱作用的基本概念褶皱的形成方式与其受力状态、变形环境及岩层的变形行为密切相关。从褶皱过程中岩层的变形行为来看,可把褶皱分为主动褶皱和被动褶皱两类

3.2.1 Concepts of Stratigraphic subdivision and correlation 3.2.2 Methodology of Stratigraphic subdivision and correlation 3.3.1 Lithostratigraphic unit-LU 3.3.2 Biostratigraphic u.-BU 3.3.3 Chronostratigraphic u.-CU 3.3.4 Stratotype & GTS 3.3.5 Relations between stratal u. 3.4.1 vertical aggradation 3.4.2 Lateral aggradation 3.4.3 Biological sedimentation 3.4.4 海进与海退 Transgression & regression

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3.1.1 地层与地层学 3.1.1 Strata and stratigraphy 3.1.2 地层学的基本定律 3.1.2 Basic stratigraphic laws 3.1.3 地层的接触关系 3.1.3 Contact relationships of strata

主要研究时间-空间域中多个变量的地质统计学方法,其内容包括:时间-空间域中区域化变量的性质;时间-空间域中多元信息的互变异函数及互协方差函数;应用时间-空间信息对某区域化变量进行最优估计,以及应用时间-空间域的信息对空间分量及区域化因子进行最优估计

在资源勘查与开发领域，计算机技术的最早就是用于信息处理和预测评价的。经过多年的发展，这方面的技术类型繁多、内容十分丰富。这些技术可以大致归纳为：勘查与开发数据分析及资源统计预测技术、勘查与开发图件机助编制及多维图示技术、地质—成矿过程计算机模拟技术、资源预测与勘查评价的人工智能技术等几个方面