geologic remote sensing 中文意思是什麼
geologic remote sensing
解釋
地質遙感-
Basing on the above research and fully using geologic, geophysical, geochemical and remote - sensing etc. data, the author determines seven order iv metallogenic provinces and seventeen order v metallogenic provinces in fujian and discusses the minerogenetic geologic characteristics and gold - finding direction of the four important order iv metallogenic provinces ( jianning - taining, youxi - dehua, zhenghe - jianou and jianyang changping - dajinshan ). all the order v metallogenic provinces are classified and the their geologic features and main gold - prospecting categories are briefly introduced
對省內四處重要的金礦級成礦遠景區（建寧?泰寧、尤溪?德化?永泰、政和?建甌、建陽長坪?大金山）的成礦特徵及找礦方向進行了探索，對級成礦遠景區進行分類，並概述了各成礦遠景區的特徵和找礦主攻類型。 -
On basis of inierpretation to the tm images of the researched area, we utilize characteristic information picking techniques, such as ratio technique, self adapting enhancing, spatial filter, to pick up the information of the geologic structure and rocks. combining the geochemical properties of the elements and the ore cofltrol conditions, we analyze the mineralization conditions of the researched area, predict the mineral resources in the area, and put oot the geologic remote sensing prediction mode, block out the target region of mineralization
本文在研究區tm圖像解譯的基礎上，主要利用了比值技術、自適應增強、空間濾波、等特徵信息提取技術，對本區地質構造信息和巖石信息進行了提取，結合有關元素的地球化學性質及控礦條件，對研究區的成礦地質條件進行了分析，對研究區的礦產資源進行了預測，提出了地質遙感預測模式，圈定了成礦靶區。 -
With geologic prospecting deepenning furtherly, we collected more and more materials such as geology, geophysics, geochemistry and remote sensing etc. it shows more and more important that how to utilize these information resource to solve relational problems
隨著地質工作的進一步深入，我們收集的各種地質、地球物理、地球化學和遙感等方面的專業資料越來越多，如何充分、合理地利用這些資源來解決有關的地質問題日顯重要。 -
Moreover, much of information reflecting space - time distributing regularity of these fields ca n ' t be displayed timely, frankly, visually and completely. so the researchers may not communicate enough with the leaders of decision - making departments, which affects the measure making of environmental harness. today, the rapidly improved remote sensing ( rs ) and geologic information system ( gis ) provide quite good methods for tackling these problems
長期積累的環境觀測資料往往得不到充分利用而造成信息浪費，正在迅速變化的環境信息又得不到及時補充，此外，由於反映礦區環境地質條件時空分佈規律的大量信息難以及時、直觀、形象全方位地展現出來，使研究者及其研究成果不能很好地與領導和決策部門溝通，影響到環境治理措施的制定。
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