深井抽水 的英文怎麼說

中文拼音 [shēnjǐngchōushuǐ]
深井抽水 英文
deepwell pumping
  • 深 : Ⅰ形容詞1 （從上到下或從外到里的距離大） deep 2 （深奧） difficult; profound 3 （深刻; 深入） thor...
  • 井 : Ⅰ名詞1 （從地面往下鑿成的能取水的深洞） well 2 （形狀像井的東西） sth in the shape of a well 3 （...
  • 抽 : 動詞1 （把夾在中間的東西拉出; 提取） take out （from in between） 2 （從全部里取出一部分; 騰出） ...
  • 水 : 名詞1 （由兩個氫原子和一個氧原子結合而成的液體） water 2 （河流） river 3 （指江、河、湖、海、洋...
  • 深井 : bore深井泵 bore hole pump; [機械工程] deep-well pump; 深井潛水泵 deep well submerged pump
  • 抽水 : 1. （用水泵吸水） draw [pump] water 2. （縮水） （of cloth through wetting） shrink
  1. This procedure can imitate the single well pumps water the chronometer calculates at all point water level in district declines deep with horary variety ; study the sport law of the rivers ; solve definitely flow draw water issue wanton boundary the wells of termses, predict that dives under water in the location, guide and construct and excavate the progress, appraise the rationality of the precipitation scheme

    此程序可以模擬單井抽水時計算區域各點水位降深隨時間的變化，研究水流運動規律；求解任意邊界條件下的井定流量抽水問題，預測潛水位，指導施工開挖進度，評價降水方案的合理性。
  2. This article is based on statistic and analysis of the long - term observation data of the groundwater in the karst basin from 1987 to 2005 and systematically discusses the water level of karst groundwater, the pumping volume and the carved distribution regulation because of over - pumping water and puts forward some specific measures to reasonably development and utilization of groundwater resources

    摘要通過覆蓋型盆地巖溶盆地中取水深井1987年2005年盆地地下水長觀資料統計分析，系統探討了宕溶地下水的水位、取水量以及抽水產生的塌陷分佈規律，提出了合理開發利用地下水資源的具體措施。
  3. Type qj submersible deep - well motor pumps are mainly used to lift under ground water, irrigation and industrial water supply

    Qj深井潛水泵主要用於抽取地下水，農田灌溉，工業給排水。
  4. The ground water exploit mainly relies on deep well diving pump for drawing water, that is to say, the cost depends primarily on electricity consumption

    地下水開采主要依靠深井潛水泵把水抽到地面，也就是說，供水成本主要取決于用電量。
  5. The results show that the wellhole and pumping condition, such as depth of the pump, quantity of pumping, all have great influence on the observational result

    結果表明，井孔條件，抽水條件，如水泵深度、抽水量等因素的改變對觀測結果產生較大影響。
  6. This study provided an example that water pumping affects groundwater level observation, which may be significant to distinguish groundwater anomalies from water pumping interference

    深入分析該井水位變化的成因，為研究鄰井抽水對地震地下水動態觀測井水位動態的影響提供了一個實例，對于識別地下水前兆異常與抽水干擾有一定的參考意義。
  7. Based on the new technique of vacuum deep wellpoint developed in recent 10 years and the actual conditions in the well water exclusion of foundation pits, a new method for evaluation volume of water was brought forward

    摘要針對近十年發展起來的井管內抽真空的深井井點新工藝，根據它在四周有良好隔水的基坑中降水的實際情況，提出了一種水量估算和井點設計的新方法。
  8. They then visited a flat in block e to have a better understanding of the bathroom setting of a typical household in amoy gardens, where coronavirus was suspected to have spread through dried - up u - traps, facilitated by powerful exhaust fans and the light well effect

    小組接著到訪Ｅ座一個單位，深入了解淘大花園一般住戶的浴室裝置；冠狀病毒懷疑透過乾涸的聚水器，及啟動強力的抽氣扇和天井效應加速在屋苑擴散。
  9. Construction work for the two treatment works at tai po and ngau tam mei and for the sham tseng treatment works stage ii was in progress. construction continued of the additional service reservoirs, pumping stations and water supply networks in kowloon west and south, pok fu lam, wan chai, western and central areas on hong kong island, tseung kwan o, sheung shui, tuen mun, tin shui wai and yuen long

    位於大埔和牛潭尾的兩座濾水廠，以及深井濾水廠第二期的建築工程正在進行。在九龍西南部、薄扶林、灣仔、港島中西區、將軍澳、上水、屯門、天水圍及元朗增建的配水庫、抽水站和供水網路的建造工程繼續進行。
  10. The long - term solution might instead lie in deep tubewells, which extract water from aquifers 200 meters or farther underground

    長遠的解決之道可能是深管式井泵，從地下200公尺或更深的含水層抽水。
  11. Horizontal well technology, have another name called the well technology of radiation, sets up perpendicular well in the precipitation place, and direction horizontal well in the different degrees of depths of perpendicular well, make groundwater pass the horizontal well to flow into the collect water perpendicular well, take water out with the water pump again, in order to achieve the goal of reducing the groundwater

    水平井技術，又稱輻射井技術，是在降水場地設置集水豎井，于豎井中的不同深度和方向打上水平井點，使地下水通過水平井點流入集水豎井中，再用水泵將水抽出，以達到降低地下水的目的。
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