Chinese translation for "地下水开采量"

amount of groundwater mining

Related Translations:

地下水调节:  groundwater conditioninggroundwater regulation

地下水化学:  groundwater chemistry

地下水截流:  groundwater trapping

地下水怜:  underground water flow

地下水缸:  sumcistern

地下水质量:  groundwater quality

地下水方程:  ground water equationgroundwater equation

地下水压力:  artesian pressureground water pressuregroundwater pressure

地下水屏障:  groundwater barrierhydrologic barrier

季节性地下水:  temporary water

Example Sentences:

	1.	Amount of groundwater mining 地下水开采量
	2.	Regional groundwater pumpage for agriculture responding to precipitation in north china plain 华北平原农田区地下水开采量对降水变化响应
	3.	For many years , as the rising of taking of underground water , the karst collapse has become more serious 多年来,随着对地下水开采量的逐渐增加,岩溶塌陷随之加剧。
	4.	For now , 12 . 3 billion cubic meters of ground water , accounting for 28 % of the total exploitable amount is extracted in western china every year . that demonstrates great potential 目前西部地区的地下水开采量约123亿立方米/年，约占可开采量的28 % ，具有较大的开发潜力。
	5.	Take middle - east district of taipusi banner as study area in the paper , combining field observation test ( pumping test and field survey ) with indoor experiment ( granule analysis and organic matter analysis etc ) , based on the relationship between hydrological parameters and physical - chemistry characteristic parameters of formation , the variability of aquifer parameters and physical - chemistry parameters of unsaturated zone have been also analyzed . the aquifer system of the taipusi banner is identified and analyzed by using the internal and outside information . on the basis of real pumping of ground water , the water resources evaluated by the water balance method 本文以太仆寺旗中东部地区为研究区域，采用野外试验（抽水试验、实地调查）和室内实验（颗分、有机质等实验）相结合的方法，推求了研究区含水层系统的水文水利参数，在系统模拟含水层水理参数与岩性物理化学特征参数之间的关系基础上，进一步分析了含水层参数及其包气带的物理、化学特征参数的空间变化特征，并利用其内外部信息对太仆寺旗含水层系统进行了辩识与分析；以现状地下水开采量为依据，采用水均衡法评价了研究区水资源总量，并利用有限单元法来模拟分析验证。
	6.	Recent years , the discharge of yellow river is decrease , so the water volume diverted from yellow river will also be in short supply . aimed at the irrationality use of the water resources , such as attaching importance to yellow river , insufficient use of ground water , the paper gives the maximum net benefits and corresponding water volume both yellow river water and ground water , through the use of linear programming 本文针对目前引黄区重引黄、轻井灌，地下水开采量不足及不合理的状况，分不同黄河来水方案和不同引黄水价（成本）方案，用线性规划对全灌区总引黄水量和地下水量按净效益最优原则分配给各种作物，从而得到灌区最大净效益及相应引黄水量及地下水实际使用量。
	7.	The calculated results of the model indicated that from year 2000 - 2020 , the groundwater usage keeps a tendency of increase , while the amount of water introduced from yellow river is decreasing . this result is not only in favor of improving the eco - environment of yin - chuan basin , keeping the sustainable development of society and economy , but also play an important role in solving the problem of drying up of yellow river in downstream areas 根据模型的运行结果，直到2020年，在总用水量未超过区内水资源允许使用量的前提下，盆地内的地下水开采量呈增长趋势，而地表水引用量则呈下降趋势，这不但有利于银川盆地生态环境的改善，保持当地社会经济的可持续发展，而且对于解决黄河断流问题也有重要的意义。
	8.	Using the calibrated model , the effect of diversified factors in the variation of groundwater is analyzed . the result shows that , the change of groundwater level has close relation with the rainfall . in the meanwhile , with the built of rubber dam , it is also been one of an important supply source of the groundwater storage 模拟结果表明，地下水位的变化与当地降雨量的大小及时程分配，地下水开采量的大小及时程分配和河流来水情况密切相关，其中，降雨入渗、河流渗漏对地下水补给起到决定性作用，同时，随着橡胶坝的修建，也使其成为地下水库的一个重要补给来源。
	9.	On the basis of the monitoring results of land subsidence and calculation of deep groundwater resources by using water balance method , it is shown that the leakage recharge from its upper shallow groundwater account for approximately 38 . 2 % , drainage of the clay layers , about 41 . 3 % , water release from the aquifers , around 5 . 6 % and lateral inflow , some 14 . 9 % , of the total groundwater resources 摘要根据天津平原地面沉降监测结果，采用水量均衡法，计算出深层地下水开采量中，浅层地下水越流补给量占38 . 2 % ，粘土性压密释水量占41 . 3 % ，弹性释水量占5 . 6 % ，侧向流入量占14 . 9 % 。

Similar Words：

"地下水绝对年龄" Chinese translation, "地下水均衡" Chinese translation, "地下水均衡场" Chinese translation, "地下水开采" Chinese translation, "地下水开采动态" Chinese translation, "地下水开发" Chinese translation, "地下水勘查" Chinese translation, "地下水勘察" Chinese translation, "地下水勘探" Chinese translation, "地下水可开采量" Chinese translation