Chinese translation for "deep groundwater"
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- 深部地下水
Related Translations:
- Example Sentences:
| 1. | A discussion of recharge sources of deep groundwater in the ejin basin in the lower reaches of heihe river
黑河下游额济纳盆地深层地下水来源的探讨 | | 2. | Through calculating the age of shallow and deep groundwater , the velocity of karst water cycle has been obtained
分别计算了浅层和深层地下水的年龄，确定了岩溶水的循环速率。 | | 3. | The shallow groundwater table and the decline rate decrease from the piedmont plain to the coastal plain , while the deep groundwater level and decline rate increase from the piedmont plain to the coastal plain
在区域分布上，自山前平原至滨海平原，浅层地下水位和下降幅度逐渐减小，而深层地下水位和下降幅度逐渐增大。 | | 4. | Abundant deep groundwater , with great variation on groundwater quality , has been found in the cretaceous artesian basin and groundwater is controlled by lithofacies - paleo - geography and recharge , runoff and discharge conditions of groundwater and etc
白垩系自流盆地初步揭示了深部赋存有丰富的地下水，地下水受岩相古地理、地下水补径排条件等控制，水质差异较大。 | | 5. | In order to control the land subsidence , adjusting three dimensional exploitive positions and moderately utilizing the leakage recharge from its upper shallow groundwater play a key role in realizing the sustainable development of deep groundwater resources in this area
在控制地面沉降的条件下，深层地下水持续利用的对策是调整开采三维布局，适度开发利用浅层地下水对深层地下水的越流补给。 | | 6. | Moreover , by dividing the hydrogeological stractural layer , and infiltration and seepage systems , distinguishing hydrochemical anomalies of shallow groundwater and deep groundwater this paper expounds hydrogeological conditions and hydrogeochemical features of the kailu basin and their effect to the development of the interlayer oxidation zone , predicts two prospective areas for in - situ leachable sandstone - type uranium deposits , and finally proposes the daodemiao area as the most favourable metallogenic target for uranium ore - formation
同时，从水文地质构造层、渗入渗出体系的划分及浅层地下水和深部地下水化学异常显示等方面入手，较详细地阐述了开鲁盆地水文地质条件和水文地球化学特征及其对层间氧化带发育条件的影响，预测了两处可地浸砂岩型铀矿的成矿远景地段，并指出道德庙是本区最具找矿前景的地区。 | | 7. | The oil field exploiting impacts on water resources are analyzed in this paper , points out that the current situation of water pollution as follow : the surface water have greatly polluted , the quality of the phreatic water is going worsen , and the deep groundwater quality is not be good , and make out the main pollutants , then utilizes the artificial neural network analyses the collected water quality information data and predicts the water quality in the daqing area , makes a reasonable assessment , which will present theoretic basis for water resources protection and pollutant prevention in oil field
摘要首先分析了油田开采对大庆地区水资源的影响，指出水污染现状：地表水严重污染，潜水水质趋于恶化，深层地下水水质不佳，同时指出水污染的主要污染物，并运用人工神经网络度对长期收集的水质监测资料进行了分析和预测，对该区水资源水质做出了比较合乎实际的评价，为油田水资源的保护和污染防治工作提供了理论依据。 | | 8. | Based on analysis of the characteristics of the composite soil nailed wall , simulating the soil nail , concrete layer , deep mixing pile and step excavation , a model is established to calculate the deformation of the wall , compiled simple and applied program of one dimension fem ; according to the field test data and the calculated data by the fem software this paper has developed , the design method and deformation of the wall in xi ' an area is discussed . the shape of destructive sliding surface of the wall in loess strata in xi ' an area with deep groundwater is gotten . finally the lateral deformation distribution and the experiential formula to predict maximal horizontal displacement of the composite soil nailed wall are given
针对复合土钉墙构造的特点，建立了模拟复合土钉墙受力变形的一种计算模型，该计算模型可对土钉、面层、深层搅拌桩以及分层开挖等进行简化模拟；编写了简单实用的杆系有限元程序；结合工程实测资料及有限元法分析的结果，探讨了西安地区的土钉设计以及复合土钉墙的变形规律，得出了西安地区一般黄土在无地下水时的破坏滑动面形状，复合土钉墙的侧向变形曲线以及计算复合土钉墙最大水平位移的经验公式。 | | 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：
- "deep groove" Chinese translation, "deep groove ball bearing" Chinese translation, "deep groovebearing" Chinese translation, "deep ground bed" Chinese translation, "deep ground water" Chinese translation, "deep grouting" Chinese translation, "deep gyrate erythema" Chinese translation, "deep handrail" Chinese translation, "deep hardening" Chinese translation, "deep hardening steel" Chinese translation
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