科技與創(chuàng)新| Sciene and Technology & Invtionn{ 2015年第17期)借助遙感技術(shù)勾繪地質(zhì)界線，獲取地質(zhì)斷裂活動資料;其次，能夠準(zhǔn)確查明庫區(qū)巖層的透水性及相關(guān)透水巖層的具體走向和水系、水體、地下水等現(xiàn)象可以清晰地反映在遙感圖像中，從滲漏方向。在我國的三峽水利工程建設(shè)實踐中，遙感技術(shù)的應(yīng)而可以準(zhǔn)確判斷一些水 文地質(zhì)條件，例如地下水補給、排泄和用為保障工程的順利開展發(fā)揮了重要作用。徑流等;最后，在涉及到地質(zhì)、交通狀況復(fù)雜的水文普查中，遙感技術(shù)對土壤的勘查、識別主要是通過土壤反射率和反遙感技術(shù)更能體現(xiàn)出其卓越性。射波段來實現(xiàn)的,能夠?qū)ν寥烙袡C質(zhì)含量和砂粒屬性加以判斷,通過遙感圖像的解譯,能夠判別出特定地區(qū)的地下水水位。在勘測水土流失方面發(fā)揮了極大的作用。地下水水流出流或者潛水水位呈現(xiàn)靜態(tài)等信息都能從遙感圖像4結(jié)束語中直接獲取，從而達(dá)到識別地下水的目的?？偠灾b感技術(shù)在各個行業(yè)的生產(chǎn)建設(shè)中都有著重要3.2分析地 下水資源作用。借助遙感技術(shù)可以準(zhǔn)確、快速地探明相應(yīng)的巖層、水、在我國，遙感技術(shù)在分析、尋找和開發(fā)地下水資源方面運土的基本特征和分布狀況。隨著信息技術(shù)的不斷進(jìn)步,遙感技用得較為普遍，在基巖山區(qū)和堆積區(qū)都具有較好的勘查效果:術(shù)必將更加成熟，為各項生產(chǎn)建設(shè)提供更有效、更便捷的技術(shù)首先，根據(jù)遙感圖像解譯地質(zhì)，可尋找具備豐富含水層的構(gòu)造服務(wù)區(qū);然后,根據(jù)前期水文地質(zhì)鉆探得出的各類試驗資料以及開參考文獻(xiàn)采井資料和水文物探資料，可以對水文資源加以評價和計算;[1]徐珂，淺談遙感技術(shù)[J] 中國化工貿(mào)易，2014(8): 90.最后，遙感圖像在經(jīng)過解譯后,可準(zhǔn)確顯示出邊界上的含水層[2]魯玉紅.地理信息系統(tǒng)和遙感技術(shù)在地質(zhì)勘查中的應(yīng)用[J].及相關(guān)含水構(gòu)造，可見，在分析地下水資源方面采用遙感技術(shù)中文信息，2013(11): 9.可以取得顯著效果。[3]楊延臣遙感技術(shù)在地下水勘查中的應(yīng)用[J]科技創(chuàng)業(yè)家，3.3配合水利工程建設(shè)2011 (13): 14.通過勘查水利工程的水文地質(zhì)狀況，可分析庫區(qū)和庫底的[4]何騫遙感地質(zhì)勘查技術(shù)與應(yīng)用研究[J]科技風(fēng)，2013( 13):水文情況，了解其水文滲透情況。水利工程建設(shè)時，在水文地質(zhì)調(diào)查過程中，通過解譯航片,結(jié)合相關(guān)的先期鉆探調(diào)查資料,[編輯:王霞]Analysis on the Application of Remote Sensing Technology in the ExplorationRen ShanjunAbstract: Remote sensing technology has excellnt performance and unique advantages, at present in various industries have been widelyused in the production practice. In the field of exploration, remote sensing technology is mainly used to identify the type of underground rock,analysis of hydrogeological, etc.. This paper introduces the characteristics of the remote sensing technology focuses on the analysis of theremote sensing technology in underground rock idenification, extraction and hydrogeological exploration in the application; I hope toprovide some reference for the relevant professionals.Key words: remote sensing technology; rock ientification; hydrological survey; reflection spectum(上接第155頁)6.2 實際運行測試改進(jìn)效果明顯，解決了因標(biāo)簽紙錯位而造成頻繁停機的問題,將5 000張規(guī)格的標(biāo)簽打印紙分別安裝在2臺自動貼標(biāo)機保證了分揀物品的作業(yè)效率,達(dá)到了改進(jìn)的目的。上測試2條分揀線的自動貼標(biāo)工作。經(jīng)過一周的測試運行，使用了6卷打印紙，未發(fā)生標(biāo)簽紙錯位故障。[1]盧頌峰機械零件課程設(shè)計手冊[M] .北京:中原廣播電視7結(jié)論大學(xué)出版社，1985.經(jīng)過相關(guān)測試證明文中的分析、判斷和改進(jìn)方案是正確的,[編輯: 白潔]Preliminary. Analysis of the Problem of the Automatic LabelingMachine Labeling and the Improvement MeasuresZhao KaixiangAbstract: Automatic labeling machine labeling paper positioning point of the problem increases the number of labeling machine downtime;seriously affect the efficiency of the sorting items. After correlation analysis, the author found out the reason and improved the problem,which efectively solved the problem of the automatic labeling machine labeling paper, and futher ensured the effciency of sorting items.Key words: automatic labeling machine; label paper; displacement problem; operation eficiency(上接第 156頁)Shallow Talk about Energy Saving Optimization Technology of IndustrialCooling Circulating Water System and Its ApplicationYao Yutian, Yu Zeke, Lin GaocanAbstract: In this paper, through estalish a standard to measure and calculate the energ]中國煤化工. of circulating watersystem of the data, to optimize the operation of the system, improve the energy fficien;ling water system, toachieve a comprehensive energy-saving. This paper mainly introduces the basic principYHC N M H Gn and aplcationi ofenergy saving optimization technology for industrial cooling water system.Key words: circulating water system; dynamic monitoring; technological transformation; energy saving and consumption reduction●158●.