博兴县地热资源为低温地热资源，温热水型，地下热水主要赋存在新、古近系碎屑沉积岩中，属层状孔隙-裂隙热储。
Geothermal resource in Boxing county belongs to low-temperature type which mainly occurs in fragemental sedimentary rocks in Neogene and Paleogene System .
在分析利用前人资料的基础上提出了吉林省伊舒盆地地热资源的形成条件、热储特征。
The forming condition and thermal reservoir characteristics in the Yi-shu Basin, Jilin Province are proposed on the basis of the former geologic data.
老第三系(E)是河南平原地热开发基底，新第三系(N)是主要热储层和开采层。
Eogene System is the fundus of terrestrial heat exploitation and Neogene System is the principal heat reservoir and exploitation bed of Henan plain.
在热储回灌过程中，通过地热田水化学动态观测，能够及时发现和预见不利问题的发生。
During geothermal reinjection, chemical monitoring can enable unfavorable changes in the reservoir to be seen in advance.
热储结构对地热形成起着重要作用。
Structure of geothermal reservoirs play an important role in formation of geothermy.
热储温度是地热研究和地热资源开发中一个重要参数，但直接测量深部热储温度有时有困难。
Geothermal reservoir temperature is one of important parameters in geothermal research and in development of geothermal resources.
金属矿山；地热能； 热储岩体；分级利用；热能开发；
Metal mine; Geothermal energy; Heat-reserving rock; Classified utilization; Geothermal energy development;
金属矿山；地热能； 热储岩体；分级利用；热能开发；
Metal mine; Geothermal energy; Heat-reserving rock; Classified utilization; Geothermal energy development;
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