artificial recharge 中文意思是什麼

artificial recharge 解釋
人工補給（人工回灌）
  • artificial : adj 1 人工的，人造的；人為的 （opp natural）。2 摹擬的 （opp genuine real）; 不自然的，矯揉造作的...
  • recharge : vt. 1. 【電學】給…再充電；再裝填（彈藥等）；再裝載。2. 再襲擊。3. 重行告發；再控告。n. 再襲擊；再裝火藥。
  1. Efficient and economical artificial recharge projects can often result from utilizing the bed of the main stream channel.

    有效而且經濟的人工補給措施一般可以利用主河道的河床。
  2. This article concluded the artificial recharge of ground water of beijing city over the past more than thirty years, and analyzed the reason why the development of artifiial recharge has been stagnated in recent years

    據調查，停灌原因主要有：回灌單位停產、轉產、回灌井被占，回灌井阻塞，泵改調頻，單位搬遷和改換製冷設備等。
  3. Influence of artificial recharge on groundwater quality

    人工補給對含水層水質的影響
  4. Article 45 artificial recharge for ground water may not deteriorate the quality of ground water

    第四十五條人工回灌補給地下水，不得惡化地下水質。
  5. Management of aquifer recharge for sustainability : summary of the 4th international symposium on artificial recharge of groundwater

    第四屆國際地下水人工補給會議綜述
  6. The water saving potential of artificial recharge during the sustainable development and construction of the city and the prospect of development in the future are expounded

    本文通過對北京市三十幾年來地下水人工回灌工作的總結，分析了人工回灌在近年來發展停滯的原因，並對其在城市可持續發展建設中的節水潛力和今後的發展前景作出了論述。
  7. Infiltration of atmosphetic water and river leakage are the major supply source of krast water in jinan spring field, while artificial water - taking and spring discharge are its major discharge forms. the karst water flows from south to north in the whole and the average recharge capacity is 55 x 104m3 / d

    巖溶水補給來源主要為大氣降水滲入和河流滲漏，排泄方式主要為人工開采和泉水排泄，總體向北徑流，泉域多年平均補給量為55萬m ~ 3 d 。
  8. The study area is located in the northern part of the songnen plain in hei longjiang province. the text first introduces the geographic meteorologic, geologic and hydrogeologic conditions to select the suitable model in the calculation part. in the area, the natural recharge is the leakage from the upper aquifer, and the main discharge is the artificial exploitation

    本文在對松嫩平原北部的拜泉縣拜泉鎮的自然地理、地質條件及水文地質條件充分分析的基礎上，建立了研究區水文地質概念模型，進而建立了研究區地下水流的數學模型。
分享友人
分享到 Line

分享到臉書