geological monitoring 中文意思是什麼

geological monitoring 解釋
地質探測
  • geological : adj. 地質學的，地質的。 a geological survey 地質調查。adv. -ically
  • monitoring : 劑量測定
  1. In this paper, we expound the application and the rational analysis of the displacement monitoring in the slope engineering via the inspecting the stability state of the east slope and. the north cuneiform geological mass in the ore dressing plant, dashan village of dexing copper mine in jiangxi

    本文通過對江西德興銅礦大山村選礦廠東部邊坡和北部楔形地質結構體穩定狀況的監測，闡述了在邊坡工程中位移監測的應用及有關分析。
  2. At present, the better prediction and warning methods of geologic hazards in the world include the phenomenon monitoring method, statistical analysis method, nonlinear system theory prediction method, coupling analysis method of endogenic and exogenic geological processes

    摘要目前國內外較為成功的地質災害預報預警方法可分為現象監測預報法、數理統計預報法、非線性系統論預報法和地球內外動力耦合法。
  3. Due to complex and varied geological conditions for 4 headrace tunnels at zipingpu project, real time monitoring technique was used during informatization construction according to new austrian tunneling method, system observation for typical sections was conducted by following in - situ construction, based on which inverse analysis for rock mechanics parameters was conducted

    針對紫坪鋪工程4條引水發電隧洞復雜多變的地質條件，採用新奧法隧洞信息化施工中倡導的實時動態監測技術，跟蹤現場施工進行了典型斷面的系統觀測，在此基礎上進行了圍巖宏觀力學參數的反分析研究。
  4. It analyse the stability with numerical simulation. finally, on the basis of geological estimation and analysis of the monitoring data and the numerical simulation, it conclude : ( 1 ) through the tracking investigation of the deformation phenomenon, and the study of the rock mass constructure of the slop, it determine the mode of the formation and destruction on the basis of aggregate analysis of the monitoring data

    最後，結合地質判斷、監測分析結果及數值模擬分析結果以及對典型剖面的極限平衡計算結果，得出了以下主要成果： （ 1 ）通過對「左砂」邊坡變形破壞跡象的跟蹤調研，對斜坡的巖體結構和已經發生的破壞跡象進行深入的研究分析，結合對監測資料的綜合分析，確定了「左砂」邊坡可能的變形破壞模式。
  5. The genesis and variation characteristics are suggested on the basis of the analysis of typical groundwater hydro - chemical section monitoring, geographical prospection data and hydro - chemical analysis from more than 100 geological cores

    通過對濰河下游地區100餘個地質鉆孔水化學連續監測資料分析，闡明了鹹水入侵的特徵，有針對性地提出了鹹水入侵的防治措施。
  6. Spatial remote sensing technology applied in geological environment and production satety monitoring of mine

    用於礦山地質環境與生產安全監測
  7. Abstract : based on the investigation of the engineering geological environment and the displacement monitoring of no. 2 landslide at jindong town, the landslide revival mechanism with the relationship of the landslide revival with the human s engineering activity which included mining gold, evening ground for building, ascending and descending of the reservoir water are discussed

    文摘:在對廣元市金洞鄉號滑坡的工程地質、地質環境進行詳細研究和對滑坡復活變形進行監測的基礎上，論證金洞鄉號滑坡復活變形與採金、建鎮平場、庫水消漲等人類工程活動之間的相互關系及其復活機制。
  8. Abstract : based on the result of the site investigation 、 test and field monitoring, this paper briefly describes the environmental geological condition and it s fundamental character of baitukan landslide, and analyses it s formation mechamism 、 stability and harmfulness. the corresponding counter - measure is thus suggested

    文摘:根據現場調查、測繪、勘探、試驗和監測成果，簡要闡述四川省康定城白土坎滑坡復活變形的環境地質條件和基本特徵、成因機制、穩定狀況及危害程度，並提出相應的防治對策。
  9. We have summarized 5 trends in current research of environmental geophysics : ( 1 ) the technique of mining and data processing are improving ; ( 2 ) the research of napl is the important aspect ; ( 3 ) the forecast of geological disasters and monitoring and harnessing environmental pollution are still the main research field ; ( 4 ) the techniques for special circumstances need to improve ; ( 5 ) in the future the research of ecological environment is the new focus of environmental geophysics

    歸納總結出目前環境地球物理學研究的5大趨勢：勘探技術的進步和數據處理方法的不斷提高；非水相流體的研究是環境地球物理學研究的重要領域；地質災害預報和環境污染監測、治理仍是環境地球物理學研究的主要內容；特殊環境下的地球物理技術有待發展；生態環境研究是環境地球物理學今後研究的新熱點。
  10. Searching available timeslots for filing marriage notice using gprs and 3g phones the use of mobile technology for various field duties, e. g. drainage services department capturing inspection results of drainage complaints and conditions in field sites ; housing department capturing defects reporting, progress monitoring, tenancy checking during site inspection ; and civil engineering department performing geological and geotechnical field mapping, ground investigation, landslide investigation and assessment of natural terrain hazards

    各部門把流動技術用於執行外勤職務中，例如：渠務署在外勤工作地點，記錄有關渠務投訴和渠務情況的巡查結果；房屋署在進行實地視察時，記錄樓宇損毀的情況、監察進度、查核租約；以及土木工程署進行地質和土力的外勤測量、地面勘探、山泥傾瀉調查和天然地形險況評估。
  11. The cross well seismic technology have been applied to ignite and receive inside the well, therefore, it overcame the effects of low weathering layers and increased the resolution by the scale of 10 - 100 times. this technique is capable of delineate the minimum sedimentary unit of the oil - bearing body and resolve the issues like : reservoir interconnection, dynamic monitoring and micro - structural description etc. in addition, it also provides the fine geological model for reservoir modeling and scientific evidence for the oilfield development plan designing

    井間地震技術由於是在井中激發、井中接收，從而克服了地表低速帶的影響，具有比地面地震高10 - 100倍的解析度，能夠達到分辨最小沉積單元油砂體的能力，因此該技術能夠解決儲層連通、動態監測、微構造描述等問題，並為油藏建模提供精細的地質模型，從而為開發方案的編制提供科學的依據。
  12. Based on abroad consultations and studies on national and foreign related datum, mainly taking shenzhen luohu fracture zone for research object, and by means of analysis on locale monitoring datum analysis, laboratory routine rheopectic testing, finite element numerical simulation and appraisal of gis stability, a few of conclusions can be summarized as the following : ( 1 ) analyzing present and past geological reconnaissance datum and reports of stability appraisal in luohu jiancheng district and synthesizing a mass of crustal stress monitoring datum and huangbeiling faultage f8 monitoring datum, and combining closely with practical engineering activity in luohu district, characteristics of crustal stress distribution is deeply discussed, which has an important guiding meaning for studying region stability and underground structure safety in luohu district

    本文在廣泛查閱、研究國內外有關資料的基礎上，主要以深圳羅湖破碎帶為研究對象，通過現場實際監測資料分析、室內常規流變試驗、有限元數值模擬以及基於gis的穩定性評價，可以得到以下幾點結論： （ 1 ）分析了羅湖建成區以前和現今的地質勘察資料、穩定性評價報告，綜合大量的現今地應力監測資料和黃貝嶺f8斷層監測資料，緊密結合羅湖建成區的實際工程活動，深入探討了羅湖區的地應力分佈特徵，這對于研究羅湖地區區域穩定性和地下建築物的安全性具有重要的指導意義。
  13. The collapse mainly occurs in the low - water years or during the beginning of the dry season and rain season in a year. the formation and developing scales of the collapse are affected by many factors, such as karst caves, sola and water, etc. however, the taking of the underground water which causes the hydrodynamic conditions changed and the water level highly descended is a leading factor for the karst collapse. the mechanism of karst collapse is discussed based on long - term monitoring results of groundwater level and geological environment

    塌陷的產生與發展規模受溶洞、土層和水等多種因素的綜合影響，但過量開采地下水導致地下水動力條件急劇改變或水位大幅度下降是造成塌陷形成的主導因素;進一步討論了泰安市巖溶塌陷的形成機理，在此基礎之上對泰安市巖溶塌陷的監測預報及對土地資源管理利用的影響進行了研究，並根據當地的防治實踐，提出了巖溶塌陷防治的對策建議。
  14. A preliminary study of the seismic monitoring network construction in tianzhu county and the geological fault division

    天祝縣地震監測網點建設及地質構造斷層劃分的探討
  15. Secondly, the feature of lianziya hazardous rock mountain was developed, and the database system was set up based on the monitoring data in the last several years and lianziya hazardous rock mountain geological diagram data

    接著，分析了鏈子崖危巖體的發育特徵及其防治工程概況，以其近年來的監測資料為基礎，建立了監測屬性數據庫子系統、空間數據庫子系統和數據預處理子系統。
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