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引言电磁波是遥感技术的物理基础。电磁波和地球表面物体作用,引起一系列波辐射,成为我们可利用来研究地面物质特性的理论基础。遥感技术应用于地质科学研究仍处于探索阶段,在许多方面还不成熟。本文根据作者在攀西地区进行航空遥感试验所获得的各种影象以及本区卫星影象,进行地质解译,着重讨论线性断裂,环形构造,各类岩体影象特征以及其它构造要素和它们相互之间的关系。我们知道,不同的岩石、矿石、矿物对于不同的光波均有着不同的反射、吸收、透射和折射信息。人们可以捕获这些不同信息来研究岩石矿物特征和解释地质现象。
Introduction Electromagnetic waves are the physical basis of remote sensing technology. Electromagnetic waves and the role of the Earth’s surface objects, causing a series of wave radiation, as we can use to study the characteristics of the ground surface theory. The application of remote sensing technology to geological science research is still in the exploratory stage and is not yet mature in many aspects. In this paper, according to the images of the remote sensing experiments carried out in the Panxi area by the author and the satellite imagery in this area, geological interpretations are made, focusing on linear faults, annular structures, various rock mass image features and other structural elements and Their relationship to each other. We know that different rocks, ores and minerals have different reflection, absorption, transmission and refraction information for different light waves. One can capture these different kinds of information to study the characteristics of rock minerals and explain geological phenomena.