漏失 的英文怎麼說

中文拼音 [lóushī]
漏失 英文
dro ing
  • : Ⅰ動詞1 (從孔或縫中滴下、透出或掉出) leak; drip 2 (泄漏) divulge; disclose; leak 3 (遺漏) le...
  1. So these karst series problems are lowness ability of making soils, distributing odds of surface water and groundwater, leakiness of fountain, alkalescence of circumstance, lowness of bio - diversity, rapidness converse succession of vegetation and fragility of soil character and entironment. and karst region produces many problems, e. g. rock desert, soil erosion and degeneration because of artificial influence and destruction

    巖溶空間介質具有地上地下雙層結構,可溶巖造壤能力低,巖溶水空間分佈不均、地表地下水關系密切、水源易漏失,偏堿性環境、生物資源集聚程度低,植被逆向演替快、順向演替難,巖溶地質與生態環境十分脆弱,受到人為因素的影響和破壞,極易產生石漠化、土壤侵蝕與退化等一系列問題。
  2. Leak failure analysis of last stage reheater tubes in electric boiler

    電站鍋爐末級再熱器管泄漏失效分析
  3. By physical and chemical testing and comprehensive analysis, it is suggest that deposited sands and rubber relics lead to local clogging of the pipe, so vortex around the clog lead to erosion abrasion

    通過理化試驗和綜合分析后認為,海水中沉積的泥砂和管內橡膠殘片集結成一體,對傳熱管形成局部阻塞,水流在阻塞物周圍產生渦流,發生沖蝕磨損,造成鈦管泄漏失效。
  4. 14 using the seawater to force drill out the loss formation

    採用海水強行鉆過漏失層。
  5. The drilling technology of stratum collapseleaking off

    1北油田易坍塌漏失阻卡地層的鉆井技術
  6. 8 where is the thief zone

    漏失層在哪裡?
  7. Bridge - type fluid pill

    漏失處理液
  8. Where s the thief zone

    漏失層在哪裡
  9. Location of the thief zone

    漏失層位
  10. Effective leakage path

    有效漏失面積
  11. Measuring method on height of water flowing fractured zone using loses of drilling fluid

    導水裂縫帶高度的鉆孔沖洗液漏失量觀測方法
  12. In order not to miss the very subtle vibrations, strong concentration is required

    為了避免漏失那些很微細的振動頻率,高度的專注力是絕對必要的。
  13. Subsequently, the co - kriging method may be used to fill in the gaps among rainfall data from the measurement sites

    最後應用共克利金法推估觀測漏失之測站,進行雨量補遣工作。
  14. Firstly, this paper discussed failure mechanisms, failure reasons and precautions of explosion, corrosion, abrasion, deformation and leakage etc by studying the rationales of internal and overseas failure analysis for pressure vessels. secondly, each fault tree of failure analysis was built and the knowledge base of failure analysis for pressure vessels was made by combining production rule with framework in the end

    本文借鑒國內外的壓力容器效分析的基本原理,研究了破裂或爆破效、腐蝕效、磨損效、變形效、泄漏失效等效機理、效原因及預防處理措施,進而建立其各自相應的效分析故障樹,最後通過產生式系統與框架系統相結合的知識表示方法建立了壓力容器效分析知識庫。
  15. It is very important work for exploration to identify and evaluate oil layer, water layer, or gas layer from reservoir, and it is difficult for petroleum scientists to identify and evaluate light oil, whose color is weak, oiliness is light, volatility is strong, hydrocarbon saturation is low and fluorescence will disappear after a stretch

    油氣水層的識別與評價是勘探工作的重要環節,其中輕質油層的識別與評價是油水層識別與評價的難點。輕質油在常溫常壓下含油顏色淺、油質輕、易揮發、含油級別較低、時間略長熒光普照顏色無,容易漏失,進而算儲量。
  16. 6. every member and formation are primarily evaluated by petrophysics, drilling accidents and gas show in dagang oilfield. we conclude that the lower fengfeng formation and the first member of upper majiagou formation are of better quality, and the other members are non - reservoir

    10 、根據儲層物性、鉆井漏失、放空、油氣顯示、沉積相等多方面資料,對不同組段儲層進行初步評價,認為峰峰組下部和上馬家溝組上段儲層較好,其餘組段儲層較差。
  17. According to different well conditions and problem property, it proposes three methods including triple phase pressure - out, two phase pressure - out and single phase pressure - out, and infers theoretically the working well pumps, pumping rod break off and leakage of tubing, and analyzes the advantage of this method

    根據油井條件和問題性質的不同,提出了三相憋壓、兩相憋壓、單相憋壓3種方式,並對好泵正常工作、抽油桿斷脫、油管漏失等工況進行了理論推導,分析了該方法的優越性。
  18. Special case of rheological index n = 1 were discussed, that velocity and flow rate equations were obtained agrees with completely crevice flow equations used both inside and outside the country

    此外,還作出牛頓流體和非牛頓流體在柱塞與泵筒同心和完全偏心的情況下,漏失量與壓差關系圖,在其他條件相同情況下偏心時漏失量大於同心時漏失量。
  19. In the process of oilfield production, quite a proportion of maintenance operations on mechanical production wells are due to rod breakdown or tubing leaking resulted from borehole deviation and eccentrically worn string

    摘要在油田生產過程中,機采井維護性作業有相當的比例是由於井料造成管桿偏磨,導致抽油桿斷脫或油管漏失
  20. As the distortions have severe influence on the performance of ultra - wideband radar waveform, this paper focuses on the correction of waveform distortion, and approaches the correction of carrier wave leakage distortion

    由於真的存在對超寬帶信號性能影響嚴重,文章進一步對波形真的校正方法進行了討論,並首先完成了對載漏失真的校正。
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