資源勘探 的英文怎麼說

中文拼音 [zīyuánkāntàn]
資源勘探 英文
resource exploration
  • 資 : Ⅰ名詞1 （錢財; 費用） money; wealth; expenses 2 （資質） intelligence; endowment 3 （資格） quali...
  • 源 : 名詞1. （水流起頭的地方） source （of a river）; fountainhead 2. （來源） source; cause 3. （姓氏） a surname
  • 探 : Ⅰ動詞1 （試圖發現） try to find out; explore; sound 2 （看望） call on; visit; see 3 （向前伸出）...
  • 資源 : natural resources; resource
  1. Space environment threaten orbited spacecraft " s safe functioning and astronaut " s health, influence greatly communication depended on based - space way, airmanship orientation, military detection, aim identification, weather observation and source exploration and so on by all sorts of function ( magnetic storm, solar proton event and so on )

    空間環境通過各種效應（如磁暴、太陽質子事件等）對在軌航天器的安全運行及航天員的健康構成了嚴重的威脅，對依賴于天基手段的通信、導航定位、軍事偵察、目標識別、氣象觀測、資源勘探等等均有重要影響。
  2. An integrated optimal controlling model for exploration and extraction of oil and gas resources

    油氣資源勘探與開發的綜合優化模型
  3. Coal ore - deposit is a geology entity distributing in the three dimensional geographic space, therefore, all of the production process of mine are relative to 3d space, and the main blueprint and technology data from resources exploration to the production in mine is for the sake of making sure the correct position of coal ore - deposit and parameters

    煤礦床為一分佈於三維地理空間的地質實體，所以礦山生產的一切過程都與三維空間有關，從資源勘探到礦井生產的主要圖紙和技術數據都是為了確定煤礦床的正確位置和相應的參數。
  4. From geological view points, traditional economic or exploration geologists should take it into consideration of the environmental problems from different phases of mineral exploration ( exploration planning, regional exploration, prospect evaluation and prospect characterization ) and use the data for the purpose of exploring mineral resources to solve environmental problems for the mining planning and mining

    本文從礦產資源勘查角度，討論在礦產資源勘查的不同階段（區域礦產普查、遠景區勘查到礦床勘探即詳查） ，傳統資源學家所必須考慮的環境問題及地質勘探過程中所獲資料在礦床（山）環境評價中的作用。
  5. In this thesis a deeply arrangement of exploration and new view of search for minerals has been suggested, beneficial metallogenic zones for types of main copper deposits pointed out and prospective prognosis area divided, and the providing reserves for bases of the copper mine productions and main ways going on development for old mines has also been discussed

    提出了進一步找礦工作部署與礦產勘查研究的新思路；指出了主要銅成礦類型的成礦有利區帶，劃分了成礦遠景區；從資源勘查開發角度，探討了銅礦生產基地后續資源保障與老礦山解困的主要途徑。
  6. Basically be to point to : in the industry such as traffic, railroad, post and telecommunications, waterborne, aviation, fishery because work nature is special, need the worker of activity in series ; the geological, oil and resource exploration, building, part worker that makes salt, refine sugar, travel wait for the trade that accepts season and natural condition restriction ; also be versed in also farming or because get the sources of energy, raw material, supply wait for a condition to restrict hard the worker of the town enterprise of balanced production

    主要是指：交通、鐵路、郵電、水運、航空、漁業等行業中因工作性質非凡，需要連續作業的職工；地質、石油及資源勘探、建築、制鹽、製糖、旅遊等受季節和自然條件限制的行業的部分職工；亦工亦農或由於受能源、原材料供給等條件限制難以均衡生產的鄉鎮企業的職工等。
  7. Airborne gravimetry is applied to rapidly get extensively and precisely well - distributed information of the earth gravity field in order to meet the needs of geodesy, geophysics, oceanography, exploration, space - science and the other fields. airborne gravimetry includes scalar airborne gravimetry and vector airborne gravimetry. scalar airborne gravimetry is used to get the value of the gravity acceleration, and vector airborne gravimetry can get not only the value but also the direction of the gravity acceleration

    它可以快速獲取精度良好、分佈均勻、大面積的地球重力場信息，而且能夠在一些難以實施地面重力測量的特殊地區如沙漠、冰川、沼澤、原始森林等進行作業，從而能夠滿足大地測量學、地球物理學、海洋學及資源勘探等學科和領域對地球重力場信息的需求，並能為空間科學提供強有力的地球重力場保障。
  8. So it can resolve the geology problems. this method has the character of reconnoitering deeply, high ability of penetrating high resistance layer, little random disturbance, observing both far and near, observe in different time windows, receiving the geology information in different depth. so this method is widely used in source exploration and engineering measure

    該方法以其具有勘探深度大、穿透高阻層能力強、隨機干擾小、可以在遠區觀測、亦可以在近區觀測、選擇不同時窗進行觀測、可以獲得不同深度的地質信息等優點，被廣泛的應用於資源勘探和工程勘察領域，成為引人注目的地球物理勘探手段之一。
  9. This essay concerns on current situation of natural gas exploration and development and marketing development in chuanzhong oil & gas mines. as per reserved source of natural gas has not well prepared and the new tendency of natural gas market, developing strategy should be based on natural gas exploration and marketing development, meanwhile, implement through natural gas exploit strategy to realize resource guarantee and market expansion

    本文考察了川中油氣礦天然氣資源勘探開發現狀及市場發展現狀，針對天然氣后備資源準備不充分及天然氣市場的新形勢，提出了天然氣發展戰略要以天然氣資源勘探為基礎，以市場發展為導向的思路，通過天然氣發展戰略的實施，來實現資源的保證和市場的擴充。
  10. Main problems and countermeasures existed in explorating oil and gas resources in china

    我國油氣資源勘探開發中存在的主要問題及對策
  11. Key technologies with development of exploration and exploitation of the deep - water oil and gas and gas hydrates in south china sea

    中國深水海域油氣及相關資源勘探開發進展及關鍵技術
  12. The problem has been studied from two sides, firstly, from the viewpoint of applicability, based on the development strategic objectives of the oil company, with the aim to unify the exploration and extraction decisions of the resources in an integrated framework, and integrate the macro economic and technical objectives with micro economic and technical models of an oil well, an integrated non - linear dynamic optimal control model has been constructed, the objective is the benefit maximum of the exploration and extraction of the resources, and the optimal strategies are obtained by changing the problem into a non - linear mathematical programming problem, on the other hand, from the more macro level, based on the analysis of the characteristics of the exploration and extraction activities of oil and gas resources, a conclusion is easily deduced that the procedure is full of randomicity, then discovering procedure of oil deposit is proved to be a poisson process, and the reserves process is a supermartingale process, so the model of exploration discovery rate and the reserves model could be constructed

    本文從兩個側面對此問題進行了研究，首先從實用性出發，以公司層次的戰略性規劃目標為基礎，將勘探階段與開發階段的工程技術及經濟方面的決策整合在一個模型框架內，同時將宏觀層次的經濟技術目標與單個油氣井生產的微觀技術經濟模型相結合，以油氣資源勘探與開發的經營效益最大化為目標，建立了一個非線性確定型綜合動態優化模型，通過將原非線性最優控制問題轉化為一非線性數學規劃問題進行了求解。其次從相對更宏觀的層次上，通過對油氣資源勘探與開發的特點分析，認為具有很強的隨機性，證明了勘探活動發現油氣藏的過程為一泊松過程，所發現的油氣藏儲量為一上鞅過程，在此基礎上，建立了油氣藏勘探發現率模型及儲量模型，在油氣價格服從幾何布朗運動條件下，以油氣開採收益最大化為目標，建立了一個油氣資源勘探與開發的隨機最優控制模型，採用動態規劃方法得到了值函數的hjb方程，並針對方程的特點，以及方程及其變量所對應的經濟學意義，對最優策略的求解進行了一些討論。
  13. This is the first time that companies have been able to bid for exploration rights for oil resources under the jurisdiction of east timor

    這是東帝汶首次允許公司對其管轄下的石油資源勘探權進行投標。
  14. 2. the optimal strategies for exploration and extraction of oil and gas resources the oil and gas resources are the scarce, strategic and exhausted resources, so the development strategies for the exploration and extraction should be made scientifically

    2 、油氣資源勘探與開發的最優策略分析油氣資源是一種稀缺和戰略性的可枯竭資源，制定科學合理的勘探與開發策略是十分必要的。
  15. With the shallow natural gas exploration becoming difficult at present, deep - seated natural gas exploration has become the hot issue

    摘要隨著淺層天然氣資源勘探難度的增大，進行深層天然氣勘探已成必然趨勢。
  16. There exists high risk for oil - gas resource exploration owing to the low study of sedimentary characteristics of cretaceous in jiyang depression

    摘要濟陽坳陷白堊系沉積特徵的研究程度較低，使得這一層位的油氣資源勘探存在較大風險。
  17. Real examples are given to demonstrate the validity and practicality of this algorithm, providing a new method for choosing the best site of oil - well in petroleum and gas exploration

    並通過實例說明其有效性和實用性，提供了在油氣田資源勘探最佳井位的一種新方法。
  18. Visual motion analysis involved the knowledge of image processing, computer vision and artificial intelligence. it is widely used in industry, military, medical field and so on

    視覺運動分析在機器人視覺系統、資源勘探、基於運動分析的空間衛星跟蹤、地對空火控系統等工業和軍事領域具有重要的應用前景。
  19. China makes vigorous efforts for the development of oceanographic technologies, building up an oceanographic technology system focusing mainly on the marine environment, exploration and exploitation of marine resources, and general marine engineering, and covering more than 20 technological fields

    中國積極發展海洋技術，已經形成了海洋環境技術、資源勘探開發技術、海洋通用工程技術三大類，包括20多個技術領域的海洋技術體系。
  20. Along with the widely using of remote sensing technology in civil and military fields, such as resource reconnoitering, the gps, recognition of airports and naval ports, the efficient extraction and recognition of the remote sensing image objects has been attached great importance to, which is very important for the application of remote sensing images as well as for the development of remote sensing technology itself

    隨著遙感技術在資源勘探、全球定位系統等民用領域以及機場、港口目標識別等軍事領域的廣泛應用，對遙感影像目標的有效提取與識別手段逐漸受到了人們的重視，這對遙感影像的應用以及遙感技術本身的發展都很重要。
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