According to the information of the geothermal exploration, development and scientific research,the authors analyze the forming condition, reservoir type and developing potential of the geothermal resource in Tianjin.
根据天津市地热资源勘探、开发和科研资料,对天津市地热资源的形成条件、热储类型和资源潜力分析评价。
In this paper the computer code of AUTOUGH2 is used to carry out numerical simulation study on the Wuqing geothermal reservoir for evaluating reservoir performance upon different exploitation schemes.
采用 AU TOU GH2热储计算软件对天津市武清县地热热储进行数值模拟计算 ,分析热储在不同开发利用条件下的特征 。
Construction of the conceptual model of thermal reservoir structure of the Xining basin,China.;
西宁盆地热储构造概念模型的建立
Using MT,seismic sounding and gravity survey,the authors made an integrated interpretation of the Cenozoic thickness in the surveyed area,inferred the character and cutting depth of the concealed fault,selected Cenozoic thermal reservoirs for the construction of geothermal wells.
利用ＭＴ、地震测深及重力测量结果综合解释了测区新生界的厚度，推断了隐伏断裂的性状及切割深度，选择了拟建地热井的新生界热储，并经钻探验证，取得了良好的地质效果。
The calculation of exploitable resources in the layered-geothermal reservoirs of sedimentary basin;
沉积盆地型层状热储可采资源量计算方法探索
Based on the study of the lithologic characters、structure、heat and cover of the Deep-rock Geothermal Reservoir in Zhengzhou,we have discussed the characteristics of Geothermal reservoir in the area,and for the first time put forward the tectonic network system of fracture-cycle zoster geothermal reservoir.
通过对郑州市城区深部基岩层热储的岩性、构造、热源及盖层条件分析研究,总结了该区热储特征,并首次提出了断裂循环型带状热储构造网络体系的构思,这对该区今后深部基岩层热储的研究具有一定的参考意义。
Through examples of geothermal exploration,it focuses on applications of this technique to the aquiferous property evaluation of geothermal reservoirs and in guiding the drilling operations.
本文简要介绍了大地电场岩性探测技术的原理和方法,通过地热勘查实例着重探讨了大地岩性探测技术在地热勘查热储含水性评价和指导钻井施工中的应用,对岩性探测技术在地热勘查中的有效性进行了评价。
Through analysis and research of Handan City geotherm geological and heat reservoir conditions,expounded the economic valued Neogene System heat reservoir geothermal hosting characteristics in the area.
通过对邯郸市的地热地质条件、热储赋存条件的分析与研究,阐述了该区具有经济价值的上第三系热储层的地热赋存特征,并对发育良好、遍布全区、水量丰富、水质好、埋深适中、具有开发利用价值的上第三系明化镇和馆陶组两个热储层其地热资源量进行了计算,就本区地热资源的开发前景进行了评价。
Its heat reservoir is composed of Yanshanian granite-porphyry and tuff of Mesozoic.
热储由中生代燕山期花岗斑岩、凝灰岩组成。