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储存资源
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  storage resources
     In the third step,the total water requirement should be less than the renewable resources to compensate for the loss of storage resources due to the exploitation in the previous steps.
     第三阶段应实现总需水量低于地下水系统补给资源量,使数十年超采造成的储存资源亏空逐年得以偿还。
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  “储存资源”译为未确定词的双语例句
     As a result, groundwater overdraft reaches 25.4×10~8m~3/a and the accumulated consumption of shallow storage resource arrives at 380.6×10~8m~3. At present, the regional depression cones are embedded and multiplied each other, consequently groundwater flow direction transforms from natural situation flowing from west to east to another condition that water flows from surroundings of each depression cone to its center.
     地下水超采量25.4×10~8m~3/a,累计消耗浅层储存资源380.6×10~8m~3。 目前,区内地下水降落漏斗彼此嵌套或复合,地下水流动方向由自然状态的自西向东,转变为由各地下水位漏斗的四周向其中心汇流,并以人工开采排泄为主。
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     Consequently, the groundwater storage in the plain area in Beijing reduced drastically by an amount of 57.45×108m3 from 1980 to 2002. All kinds of environment geological problems stood out more and more because of excessive exploitation.
     本文对北京市地下水储存量、补给量、排泄量、储存变化量等进行了分析,结合有关水资源问题进行了较深入的研究,取得的主要成果如下:北京市平原区地下水储存、补给、开采条件较好,经计算北京市平原区第四系地下水总储存资源量为1117.29×108m3,其中150m以上储存量为619.14×108m3。
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     According to the latest calculation, the long-average annual supply of shallow groundwater is about 31.15×10~8m~3/a, the mining amount is about 28.47×10~8m~3/a, deposited amount is about 547.60×10~8m~3;
     最新计算结果,浅层地下水多年平均补给量为31 15×108m3 a,开采资源量为28 47×108m3 a,储存资源量为547 60×108m3;
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     The groundwater investigation and resources assessment have been carried out for several times for the City of Beijing during the past years.
     地下水储存资源量是进行地下水多年调节和维持应急开采的源泉。 以统计学方法和水文分析方法研究了北京市平原区在不同阶段、不同保证率下的地下水补给资源量变化情况。
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     The water table discrepancies between sub-streams vary quickly, and there is no uniform groundwater head for an area.
     地下河系统之间水位差异变化大,一般没有统一区域地下水位,难以区分补给资源、储存资源
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     RESOURCE
     资源
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     Storage of Natural Gas
     天然气的储存
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     TECHICAL RESOURCES
     技术资源
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     On Natural Gas's Storage
     天然气的储存
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     looking to the future and win over the youth to absorb and store potential resources;
     着眼未来,争取青年,吸纳、储存潜性资源;
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We present Availability-based Data Allocation (ADA) algorithm as a data placement strategy to achieve high efficient utilization of storage resources by employing multiple distributed storage resources.
      
The main focus and contribution of the paper is in scheduling and admission-control algorithms for accessing the server's processor and storage resources.
      
Leveraging the network and storage resources of the P2P network and retrieving a major part of the media from nearby peers, PeerStreaming greatly improves streaming media quality, reduces server load, and eases traffic on the network.
      
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Shulehe River basin is an important area of immigrant settlement and agriculture development, and is also the largest area with the potential water resources for carring out the strategy of "Reconstructing Hexi" in Gansu Province. It is extremely urgent to improve the study level on water resources and its circulation and transformation relations, meantime to try to find and solve the existing problems in exploitation and utilization of water resources. All kinds of water resources in the river basin are calculated...

Shulehe River basin is an important area of immigrant settlement and agriculture development, and is also the largest area with the potential water resources for carring out the strategy of "Reconstructing Hexi" in Gansu Province. It is extremely urgent to improve the study level on water resources and its circulation and transformation relations, meantime to try to find and solve the existing problems in exploitation and utilization of water resources. All kinds of water resources in the river basin are calculated and evaluated, such as precipitation, glaciers, surface water, groundwater (including its recharge, allowable exploitation and storage ) and total water resources, based on collecting a lot of data about hydrology, hydrogeology, water conservancy projects, and so on. The characteristics of water resources can be concluded as follows: all water resources is from precipitation, glacial melt is an important part, surface water at the debouchure is consisted of precipitation, glacial melt and mountainous groundwater, groundwater in the cooridor plain is transfored from the surface water, is mostly recharged by the infiltration of stream water including that from irrigation ditches and farmland in the middle reaches, which occupies 79.29%~92.74% of the total; it is mainly recharged by the infiltration of spring water is the lower reaches, which occupies 58.81%~75.04% of the total. The total volume of water resources is about 18.62×10 8m 3·a -1 . It is very rich in groundwater resources in the middle and lower reaches because of the accumulation and storage of groundwater here, and it has 14.38×10 8m 3·a -1 recharge resources, 5.75×10 8m 3·a -1 exploitable resources and 7384×10 8m 3 storage resources, but the current volume of exploited groundwater only occupies 28.17% of the exploitable resources and 11.27% of total recharge. Therefore, there are the great potentialities to exploit groundwater, and some existing problems,such as the domination of surface water, inefficient utilization of water resources, and low exploiting level of groundwater, should be solved.

疏勒河流域是目前甘肃省移民和农业开发的重点地区 ,也是“再造河西”战略实施水资源潜力最大的地区。随着移民范围和开发程度的迅速增大 ,进一步提高流域水资源及其循环转化关系的研究程度 ,及时发现水资源开发利用过程中存在的问题迫在眉睫。本文在广泛收集有关水文、水利化现状资料和实际调查数据的基础上 ,计算和评价了疏勒河流域的降水资源、冰川资源、地表水资源、地下水资源 (包括地下水补给资源、允许开采资源、储存资源 )、水资源总量的数量和特征 ,评价和分析了水资源开发利用现状及存在的问题

Shule rever basin is an important emigrant settlement and agriculture development area and it is also a largest poltential water resources area for carring out the strtegy of "Reconstract Hexi"in Gansu province .It is exremely urgent to improve study level on water resources and both its circulation and transformation relation,meantime to discover the existent problems during the process of water development with the settlement and development enlarged .All kinds of water resources in the river basin were calculated...

Shule rever basin is an important emigrant settlement and agriculture development area and it is also a largest poltential water resources area for carring out the strtegy of "Reconstract Hexi"in Gansu province .It is exremely urgent to improve study level on water resources and both its circulation and transformation relation,meantime to discover the existent problems during the process of water development with the settlement and development enlarged .All kinds of water resources in the river basin were calculated and evaluated,such as precipitation,glacier,surface water,groundwater resources(groundwater including recharge,allowable exploitation and storage resources)and total water resources,based on collecting a lot of data about hydrology,hydrogeology,water eonservancy projects and so on. The features of water resources can be concluded as follows:all water resources is from precipitation,glacier is important one of it.Surface water at mountain outlet consist of precipitation, melted glacier and mountain groundwater.Groundwater in the corridorplain is transfored from the surface water of the outlet.Groundwater is mostly recharged from the infiltration of river water including irrigation ditches and farmland seepage in the middle reaches,which took about 79.29%~92.74% of total groundwater recharge.Groundwater recharge in the lower reaches basin is mainly from the inlfiltration of spring water transformed by groundwater of middle reaches basin,which took about 58.18%~75.04%of recharge resources.The total water resources is about 18.62×10 8m 3.a -1,in other words the capita water resources in river basin is 3.01 times as Gansu province and 1.69 times as China,therefore it is rich in water resources.The groundwater resources located in middle and lower reaches are quite rich because of groundwater accumulated and stored here,and it has 14.38×10 8m 3.a -1recharge resources,5.75×10 8m 3.a -1allowable exploiting resources and 7384×10 8m 3storage resources,but the current exploiting groundwater only occupies about 28.17%of allowable exploiting resources and 11.27%of total recharge.Therefore it has more potentiality to exploite groundwater,meanwhile some existent problems in water resources development should be solved,such as development of water resources mainly reling on surface water,lower efficiency of water usage and lower degree on ground water development.

疏勒河流域是目前甘肃省移民和农业开发的重点地区 ,也是“再造河西”战略实施水资源潜力最大的地区。随着移民范围和开发程度的迅速增大 ,进一步提高流域水源及其循环转化关系的研究程度 ,及时发现水资源开发利用过程中存在的问题迫在眉睫。本文在广泛收集有关水文、水利化现状资料和实际调查数据的基础上 ,计算和评价了疏勒河流域的降水资源、冰川资源、地表水资源、地下水资源 (包括地下水补给资源、允许开采资源、储存资源 )、水资源总量的数量和特征 ,评价和分析了水资源开发利用现状及存在的问题

Porosity and permeability are two important reservoir properties.Good or bad porosity directly determines the resources storing in the reservoir.Good or bad permeability controls the production capacity of resources containing in the reservoir.Firstly,the non linear theory concerned is introduced.Secondly,the porosity and permeability of Lukeqin structural zone are predicted.Finally,the results of prediction are analysed.The results indicate that the research can solve the problem of prediction for the plane...

Porosity and permeability are two important reservoir properties.Good or bad porosity directly determines the resources storing in the reservoir.Good or bad permeability controls the production capacity of resources containing in the reservoir.Firstly,the non linear theory concerned is introduced.Secondly,the porosity and permeability of Lukeqin structural zone are predicted.Finally,the results of prediction are analysed.The results indicate that the research can solve the problem of prediction for the plane between wells and vertical variational regularity of reservoir porosity and permeability under the conditions of less well point data.

孔隙度和渗透率是储层的两个重要性质 ,即孔隙性的好坏直接决定储层储存资源的数量 ,渗透性的好坏则控制了储层内所含资源的产能 .首先介绍了相关的非线性理论 ,然后预测了鲁克沁构造带的孔隙度和渗透率 ,并对预测结果进行了分析 .结果表明 ,该研究可解决少井点资料条件下预测储层孔隙度和渗透率的平面、井间和纵向变化规律问题

 
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