地热能源      geothermal energy resource(1) geothermal energy(5) geothermal source(1) geothermal resources(0)   geothermal energy resource      THE UTILIZATION AND DEVELOPMENT PROSPECT OF GEOTHERMAL ENERGY RESOURCE      地热能源利用现状及发展前景 短句来源   geothermal energy      THE UTILIZATION AND DEVELOPMENT PROSPECT OF GEOTHERMAL ENERGY RESOURCE      地热能源利用现状及发展前景 短句来源      The method of electric sounding was employed in the prospecting of geothermal energy So that the relationship was uncorvered beteen the regional anomalies of vertical electrical sounding and the geological structure of the geothermal field in the northeast part of North China Plain.      作者将电测深法用于地热能源普查勘探中,揭示了华北平原东北部垂向电测深区域异常与该区域地热田所赋存的地质构造之间的相关性. 短句来源      Mathematical model for the above three fields, a non-linear one, can not only used for reservoir numerical simulation, but also for the development of geothermal energy and underground engineering in deep zone.      流体渗流场、地应力场和地温场相互耦合的数学模型为非线性动力学模型。 该模型除可用于油藏数值模拟外 ,还可用于深部地下工程和地热能源的开发。 短句来源      Geothermal Source Heat Pump(GSHP)is developing fastest in current world to exploit geothermal energy. It is also one of the most hopeful fields in our country to directly exploit geothermal sources.      地源热泵(GeothermalSourceHeatPump—GSHP)在当今世界地热能源开发利用方面发展得最为迅速,也是我国直接利用地热资源最有前景的一个领域。 短句来源      Furthermore,with respecting to the cost of explorations and exploitation,geothermal energy has more future development potential.      从其开发利用成本来看,地热能源相对于其他可再生能源更有发展潜力。 短句来源   geothermal source      Geothermal Source Heat Pump(GSHP)is developing fastest in current world to exploit geothermal energy. It is also one of the most hopeful fields in our country to directly exploit geothermal sources.      地源热泵(GeothermalSourceHeatPump—GSHP)在当今世界地热能源开发利用方面发展得最为迅速,也是我国直接利用地热资源最有前景的一个领域。 短句来源   “地热能源”译为未确定词的双语例句      Today, ground source heat pump has being thought much of because the fossilenergy nearly had been exhausted.      在化石能源日益枯竭的今天,地热能的开采逐渐受到人们的重视,地源热泵就是一种开采浅层地热能源的主要形式,其中又以土壤源热泵最为清洁环保。 短句来源      Secondly, an experiment system was established and testing analysis was carried out aiming at one project of the two, and summed up the factors affecting the utilization rate of energy.      针对其中一个具体项目,建立实验系统,进行测试分析,总结出影响地热能源利用率的因素,包括地热水的回灌温度、进水量及进水温度; 短句来源 查询“地热能源”译词为用户自定义的双语例句     我想查看译文中含有：的双语例句 为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法，我们为您准备了出自英文原文的大量英语例句，供您参考。   geothermal energy resource The geothermal energy resource in Slovakia has a potential of about 6000 MWth. 例句来源         geothermal energy The use of geothermal energy: A reliable, cheap, and environmentally friendly method for generating electricity and heat 例句来源       It has higher resolution and greater depth penetration than the direct current method and is especially fit for geothermal energy exploration and low-and mid-level groundwater detection. 例句来源       Several variants of heat pipes for utilization of geothermal energy and underground rock heat are studied. 例句来源       Analysis of the exploitation of existing deep production wells for acquiring geothermal energy 例句来源       The aim of the work is to assess the possibility and usefulness of acquiring geothermal energy from the existing production well Jachówka K-2. 例句来源       更多             geothermal source This may mainly reflect that the effect of geothermal source on water temperature is decreasing. 例句来源       For Trentepohlia, distance from a geothermal source did not affect isotopic signature. 例句来源       During the early dormant phase of the cycle, the reservoir and conduit are filled with water that is being heated by the geothermal source. 例句来源       Geothermal source as you know is come up from the deep ground and through the steam coming up it will pass through different kinds of aquifers. 例句来源         geothermal resources Geothermal Resources of Russia and Their Utilization 例句来源       These geothermal resources are subdivided into petrothermal and hydrothermal varieties representing thermal energy accumulated in rocks and groundwater fluids, respectively. 例句来源       In Russia, geothermal resources are predominantly utilized for space heating in several cities and settlements of the Northern Caucasus and Kamchatka with a total population of 500?000. 例句来源       The quantitative assessment of geothermal water resources is important to the exploitation and utilization of geothermal resources. 例句来源       Advances in studies on geothermal resources in China 例句来源       更多                    The method of electric sounding was employed in the prospecting of geothermal energy So that the relationship was uncorvered beteen the regional anomalies of vertical electrical sounding and the geological structure of the geothermal field in the northeast part of North China Plain.             作者将电测深法用于地热能源普查勘探中,揭示了华北平原东北部垂向电测深区域异常与该区域地热田所赋存的地质构造之间的相关性. 文摘来源          In principles of rock mechanics, percolation mechanics and heat transfer/conduct, the interactive mechanics effect between fluid percolation and rock body deformation under nonisothermal is reviewed and mathematical equations for three fields, i. e. percolation field, stress filed,stress filed,temperature field and stress field, and their matching effects have been established. On these concepts, oil & gas migration regularities in heavy oil reservoir and its numerical simulation are performed accurately. I...             以岩石力学、渗流力学和传热学的理论为基础 ,研究油藏非等温情况下流体渗流与岩体变形之间相互的力学作用 ,建立三场 (渗流场、温度场和应力场 )及其耦合作用时的数学方程。为研究稠油油藏油气运移规律 ,准确进行油藏数值模拟提供理论基础。研究表明 :在石油开采过程中 ,流体渗流与岩体变形存在耦合作用 ;在稠油热采过程中 ,还要考虑温度场的影响。流体渗流场、地应力场和地温场相互耦合的数学模型为非线性动力学模型。该模型除可用于油藏数值模拟外 ,还可用于深部地下工程和地热能源的开发。 文摘来源          Geothermal Source Heat Pump(GSHP)is developing fastest in current world to exploit geothermal energy. It is also one of the most hopeful fields in our country to directly exploit geothermal sources. Economy, environmental protection, and technological feasibility of GSHP were discussed. The construction methods, such as well drilling, well completion and installation of underground heat exchanger, and the current development situation in China were introduced. The long-range perspective of GSHP also was loo...             地源热泵(GeothermalSourceHeatPump—GSHP)在当今世界地热能源开发利用方面发展得最为迅速,也是我国直接利用地热资源最有前景的一个领域。讨论了地源热泵的经济性、环保性和技术可行性,介绍了其钻井、完井及地下换热器的安装等施工方法及该技术在我国的发展现状,并对其远景进行了展望。最后指出,应加强国际合作以促进地源热泵在我国的应用与推广。 文摘来源   << 更多相关文摘         相关查询: 地热 (能源 能源 能源甘蔗 能源介质 森林能源 能源信息 能源工业 外能源 能源中心 能源材料 传统能源  对查询结果不满意

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