探坑 的英文怎麼說

中文拼音 [tànkēng]
探坑 英文
open test pit; test boring; trial boring
  • : 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)...
  1. Special drilling or adits outside orebody may be required.

    可能要求在礦體外作專門鉆
  2. Adit prospecting engineering survey

    工程測量
  3. In this system, the oil pipe be locally magnetized through the longitudial and circumferential direction, the oil pipe be circumvolved by the electromotor, the detector will has a linear movement on the surface of the pipe, so it can realize the combined testing of horizontal flaw ( cankerous pits and cankerous holes etc. ) and vertical flaw ( pole flaw and crack etc )

    該系統在油管局部實施軸向和周向磁化,油管由電機主軸帶動旋轉,檢測頭緊貼油管直線運動,從而實現對腐蝕、腐蝕孔等橫向缺陷和桿狀損傷、劈縫等縱向缺陷的綜合檢測。
  4. Based the eag - i etchant, a new etchant was developed, with which the etch pit pattern on ( 110 ), ( 111 ) and ( 100 ) faces of czt crystals can emerge immediately and effectually. this pager investigated relation between the ( 110 ) faces of cutting from crystals conveniently and accurately by laser reflex method. by the surface treatment, the nuclear radiation detector was fabricated with ( 110 ) of czt crystal and strong 241am responsibility was observed

    在改變e _ ( ag )腐蝕液的配方的基礎上,研製了新的腐蝕液,可方便、快速、有效的顯示czt不同晶面的缺陷蝕形貌;研究了利用激光正反射法和自然解理的不同( 110 )面之間的關系,方便、快速、準確的進行定向切割晶體的方法;採用生長的czt單晶體自然解理的( 110 )面,經過表面處理,試制了測器元件,對24lam有較強的響應。
  5. The new applications of survey are described in the fields of indicating underground advance, seeking out lossed ore deposit, discovering neotype deposit for detecting the gold deposit ; determining productive aquifer for looking for groundwater ; discovering fracturation zone controlling crop out of hot spring for developing the hot spring, and locating the position of ancient rock slide for prospecting the earth slide

    摘要綜述了應用輕便測量技術在地礦及地下水尋找等方面的一些新應用,例如:在金礦勘中指導道掘進,找到了被遺漏的礦體,發現了新的礦化類型;在地下水尋找中,確定了富水層位;在溫泉開發中,明了控制溫泉出露的斷裂帶;在滑坡研究中,確定了古滑坡的具體位置。
  6. China and america prepare to provide north korea with heavy fuel oil as part of the agreement for north korea ' s nuclear dismantling

    美國太空總署火星漫遊車開始索維多利亞隕石內部,科學家相信那裡有許多關於火星的線索及其歷史。
  7. This paper probes into mining mode of metalliferous deposit based on the viewpoint of industrial ecology, in the hope of improving resources efficiency, eliminating the four big hazard sources which can bring negative environment impact due to mining of metalliferous deposit, avoiding " end - treatment " engineering needed when mine are closed, keeping integrated mine ' s ecosystem in the process of mining metalliferous deposit

    討了基於工業生態學觀點的金屬礦床開采模式,以期提高資源效率,消除礦床開采對環境造成負面影響的4大危害源,消除礦山閉后的末端治理工程,使礦山在生產過程中保持礦區完整生態體系。
  8. The methods for the optimal design in the deep excavations are discussed, and the difference is compared between the traditional optimal methods and the modern ones, it safely conclude that the modern optimal methods overmatch the traditional ones

    討了深基支護結構設計優化的方法,比較了傳統方法和現代方法的差異,得出了現代優化方法比傳統優化方法更完善的結論。
  9. The as - grown crystals were characterization by cutting and directional, x - ray diffraction, high resolution ohmmeter, ir transmission spectroscopy, visible light absorption spectroscopy, scan electronic microscopy ( sem ) and positron annihilate time technique ( pat ). the ir transmittance of czt single crystals grown with cd - riched is about 53 %, while 23 % with no cd riched

    採用解理實驗、 x射線衍射、電學性能測試、紅外透過譜測試、可見光吸收譜測試、 sem蝕分析、測器的試制等分析測試方法,並首次採用正電子湮沒壽命譜分析方法來研究czt單晶體的空位缺陷,綜合表徵了所生長的晶體的質量和性能。
  10. Based on the research works of predecessor, the theory on the displacement of soil strata in deep foundation excavation construction and its application are studied in detail. by analysing the supervision, statistics from, the practical excavation engineering, soil rheology is thought to be the main reason of the displacement heavy of the soft soil and the destruction of the enclosure structure, in deep foundation excavation construction on condition of the high theriomorphic of enclosure structure and good seepage resitting

    本文在已有研究成果的基礎上,對大面積軟土深基開挖時土層變位理論及應用進行了討:依據現場監測數據,推導出開挖時軟土變形的經驗公式,分析了軟土深基開挖在圍護結構剛度大、基防滲效果好的條件下,基土層變位、圍護結構受力破壞發展的主要原因。
  11. Began trial excavation of site number 3 by shaft positioning and grass cutting work

    開始試掘三號探坑,進行探坑定位、除草等工作。
  12. Sign for on - spot explanation of excavation site no. 1

    一號探坑現場解說牌
  13. Sand soil was piled inside in order to prevent the site from collapsing

    為預防探坑崩塌,堆積沙土于探坑內。
  14. A pile of porcelain covered with metal particles was uncovered at south - western side of the site, which contained an ping hard pottery and japanese porcelain

    探坑西南側出現一個覆有金屬薄片的瓷片堆,內含安平壺硬陶與日式瓷片。
  15. I can still remember the scorching heat of the overhead summer sun while digging in a test pit of more than 2m deep on sha chou where the breeze only passed over the ground surface

    我還記得在沙洲島上深逾兩米多的考古探坑內發掘,風在地面上過,人在內被夏日煎炙。
  16. At the present the first excavation site has been partially refilled and the western end of third excavation site has been completely refilled. the archaeologists have started studying the excavated remnants

    而目前一號探坑已部份回填將出土的玄武巖抬高,三號探坑之西側已全部回填,出土文物也展開必要的研究工作。
  17. In order to ensure the safety of engineering, it should be careful to use the test result of normal drilling sampling, the pitting sampling, shaft sampling, or double - tubles and thin - wall soil collecting methods should be used

    為保證工程安全,對常規鉆孔取樣試驗成果的使用應當慎重,對重要工程宜採用探坑、豎井取樣,或採用雙筒薄壁取土技術。
  18. Uncovered large amounts of brick and pottery fragments, mostly tile work. at the same time on the south - eastern side of the site, there appears to be a sedimentary grey soil layer from south to north, which should be a natural sedimentation

    出現大量磚瓦殘件,以瓦片為多,同時探坑東南側局部區域出現由南往北堆積的灰色沙土層,應屬自然堆積的結果。
  19. The project " king s castle excauation " was split into 3 parts with 3 different excavation sites. the excavations log began on 2003 8 11 and ends on 2003 12 03. below is a portion of the logbook detailing the major discoveries

    這是王城再現計畫共分三個探坑挖掘,考古工作日誌由2003 / 8 / 11記錄到2003 / 12 / 03止,列出幾個重點事件日誌讓民眾了解挖掘過程。
  20. At the western side of the excavation site an area of burnt earth was uncovered, large quantity of coal found and burnt earth suggest human activities. according the unearthed remnants the building was built during the japanese occupation period

    探坑西側出現一個火燒土區,出現大量木炭並有火燒紅土的現象,人為活動的痕跡相當明顯,根據出土遺物判斷,該建築應屬日治時期的結構。
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