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遥感技术具有视域广阔,取得信息丰富、迅速,显示地质现象逼真等独特功能,因而发展极快。这一新技术在我国的构造地质、水文地质、工程地质研究上,在能源(铀、石油、煤等)以及其他资源的勘测方面都取得了丰硕成果,如白银厂铜矿区、锡矿山矿区等即是通过研究遥感资料而获得外围找矿重要依据的。遥感资料也可以为磷、硫、钾、硼、明矾石等化工矿产的地质研究提供客观的、真实的信息。我国东部有许多盐类沉积盆地,深入研究遥感资料将会对这一地区的找钾前景做出重要贡献。内生硼矿床与构造密切相关,而遥感资料揭示构造的功能更是其他传统地质方法所不能比拟的。岩浆岩型磷矿床很可能会对解决北方缺磷问题做出贡
Remote Sensing technology has the unique features of wide field of view, rich information, rapidity and vivid display of geological phenomena, and thus has developed rapidly. This new technology has made great achievements in the study of tectonic geology, hydrogeology and engineering geology in China in terms of energy (uranium, petroleum, coal, etc.) and other resources such as the Baiyinchang Copper Mine, the Xikuang Mine It is an important basis for obtaining peripheral prospecting by studying remote sensing data. Remote sensing data can also provide objective and true information for the geological study of chemical minerals such as phosphorus, sulfur, potassium, boron and alunite. There are many salt sedimentary basins in the eastern part of our country. In-depth study of remote sensing data will make an important contribution to the prospect of finding potassium in this region. Endogenous boron deposits are closely related to tectonics. However, remote sensing data reveal that tectonic functions are incomparable with other traditional geological methods. Magmatic rock type phosphate deposits are likely to contribute to the solution of the problem of phosphorus deficiency in the north