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geothermal fields
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  地热田
    CHARACTERISTICS OF Rn AND Hg IN GEOTHERMAL FIELDS AND THEIR FORMATION MECHANISM
    地热田Rn、Hg特征及形成机理探讨
短句来源
    On Discussion of the Artificial Recharge Pattern of Geothermal Fields in Fuzhou City
    福州地热田人工回灌模式的探讨
短句来源
    Method Study on Measuing Geothermal Resource Occurred in Cellar Type Reservoir in Low-medium Geothermal Fields in Northwest Shandong Province
    山东省西北部中低温地热田层状热储地热资源储量计算方法探讨
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    Beijing's geothermal exploitation began from 1956. Ten geothermal fields have been exploited and utilized at present, among which, the Xiaotangshan geothermal field is the earliest one exploited and is still utilized now.
    北京的地热勘探始于1956年,目前已探明并开发利用的地热田有10个,其中小汤山次级地热田开发最早,现仍在大力开发利用。
短句来源
    The technique can be widely applicable for artificial recharge of the geothermal fields characterized by the thermal reservoirs of steep fault-fissure type, which is an efficient method of resolving the shortage of underground hotwater in this type of geothermal fields.
    该成果普遍适甩于以陡倾断层裂隙为热储的地热田人工补给回灌,它是解决这类热田地下热水资源不足的最经济方法之一。
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  地温场
    THE CHARACTERISTICS OF HEAT FLOW AND GEOTHERMAL FIELDS IN JUNGGAR BASIN
    准噶尔盆地热流及地温场特征
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    According to synthetic interpretation and processing of varied geological,hydrogeological,inte-grated geophysical and drilling data,analysis of geothermal fields of different depths and studies of characteristics of geothermal pools,geothermal hot water energy resources in northern Songliao Basin are comprehensively evaluated in this paper.
    论文通过对各种地质、水文地质、综合物探、钻井资料的综合解释和处理、不同深度地温场的分析及热储特征研究对松辽盆地北部的地热水资源进行了综合评价。
短句来源
    By taking the Niuju-Qinglongtai area and beach sea areas i.e.Taiyang island,Kuihua island and Longwangmiao as an example,the changes in the ancient and present geothermal fields were investigated by use of the data on formation test temperatures,fluid inclusions' homogenization temperatures,apatite fission tracks and vitrinite reflectances.
    文章以辽河盆地东部凹陷牛居—青龙台地区、滩海太阳岛、葵花岛和龙王庙地区为例 ,利用试油测温、流体包裹体均一化温度、磷灰石裂变径迹及镜质体反射率资料研究了工区的古、今地温场的变化特点。
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  “geothermal fields”译为未确定词的双语例句
    The heat flow values of the South Huabei Basins are between 30 mW/m2 and 89.6mW/m2,with an average value of 53.7mW/m2.The South Huabei Basins can be described as a " mild " basin in a whole,compared with the geothermal fields of the basins in eastern and western China.
    大地热流值在30~89.6 mW/m2之间,平均热流值为53.7mW/m2.和中国东、西部盆地现今地温相比,整体表现为一温盆.
短句来源
    Geological Characteristics of Geotherm in Linqing Geothermal Fields in Shandong Province
    山东临清地热田地热地质特征
短句来源
    Hydrochemistry and isotopic tracing studieshave been carried out for the geothermal fields in order to assess the heat energy potentials andthe exploitation prospect.
    为了评估热能潜力和开发前景,本文着重对它们进行了较系统的水化学和同位素示踪研究。
短句来源
    They are in agreement with the results obtained from the characteristics oftrace element and strontium isotope in geothermal fields.
    此结果与地热田中微量元素和Sr同位素特征一致。
短句来源
    The geothermal fields in East China are of the areal and zonal properties,in which the Tanlu fault zone is an active zone of high geotherm,being closely related to its tectonic portion and to the tectonic events since Indosinian movement.
    中国东部地热场具有地域性或分带性的特点 ,其中郯庐断裂带是一高地热活动带 ,这与其所处的大地构造部位和印支运动以来的构造事件密切相关。
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  geothermal fields
The geothermal fields monitored in the study were, from west to east, Yalova, Efteni, Bolu, Mudurnu, Seben, Kur?unlu-?ank?r?, Hamam?zü, G?zlek and Re?adiye.
      
Such a mechanism is possibly significant under high-temperature conditions at geothermal fields because of temperature enhancement on chemical reactions for the sealing.
      
The locations of geothermal fields therefore appear to be influenced by plate geometry and correspond to lateral breaks in the continuity of the underthrusting plate.
      
A preliminary analysis, however, suggests that these geothermal fields are not situated along entire segments of plate boundaries but only at certain locations.
      
A number of geothermal fields explored so far in the circum-Pacific area occur along spreading ridges and subduction zones in areas of young tectonism and volcanism.
      
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The Zhangzhou Geothermal Field is one of the highest temperature geothermal fields so far discovered on SE coast of China. Geological, geochemical and temperature pattern studies indicate that the Zhangzhou Geothermal Field belongs to a deep circulating thermal water field of convective type. For calculating the circulation depth of thermal water, a cylinder model was applied in the study. Firstly, the upwelling flow rate of thermal water along the cylinder was calculated from the temperature...

The Zhangzhou Geothermal Field is one of the highest temperature geothermal fields so far discovered on SE coast of China. Geological, geochemical and temperature pattern studies indicate that the Zhangzhou Geothermal Field belongs to a deep circulating thermal water field of convective type. For calculating the circulation depth of thermal water, a cylinder model was applied in the study. Firstly, the upwelling flow rate of thermal water along the cylinder was calculated from the temperature measurements in boreholes located in the central part of the field. Secondly, reservoir temperature was determined from the geochemical parameters of the thermal water. Finally, a value of about 3.5 to 4.0km for thermal water circulation depth in the Zhangzhou Geothermal Field was obtained by using a plot method. This value is used for genetic analysis and thermal water resource assessment in the Zhangzhou Geothermal Field.

漳州热田是我国东南沿海地区目前所见温度(121.5℃)最高的一个。热田地热地质、地球化学以及地温场的研究结果表明,漳州热田属于深循环对流型热田。为了计算热田的热水循环深度,本文采用管道模型的方法,利用热田中心钻孔的测温资料计算地下热水上涌的流速,利用热田内水化学资料计算热储温度,然后用图解法求出漳州热田热水的循环深度为3.4—4.0 km,为漳州热田的成因分析和热水资源的评价提供了依据。

The paper presents the analyzing results of recharge tests in Fuzhou Geothermal Field. Based on the structural setting of the fissure-type granite thermal reservoirs and the principles of the gravity-differentiation driving force caused by water temperature difference and of injection water column pressure and downward inertia force of water columns, we used the new technique of deep circulation heat exchange by force in the thermal center of Fuzhou Geothermal Field at the short distance to turn the 17℃ injection...

The paper presents the analyzing results of recharge tests in Fuzhou Geothermal Field. Based on the structural setting of the fissure-type granite thermal reservoirs and the principles of the gravity-differentiation driving force caused by water temperature difference and of injection water column pressure and downward inertia force of water columns, we used the new technique of deep circulation heat exchange by force in the thermal center of Fuzhou Geothermal Field at the short distance to turn the 17℃ injection water into the about 90℃ hot water and to faciliate the water level rising greatly again. The technique can be widely applicable for artificial recharge of the geothermal fields characterized by the thermal reservoirs of steep fault-fissure type, which is an efficient method of resolving the shortage of underground hotwater in this type of geothermal fields. All three recharge contratests in Fuzhou Geothermal Field obtained good results and prove that the technique possesses many advantages, such as quick temperature rising, high recovery of the recharge water and great rising of the underground water level. Therfore, it is a reliable measure of enlarging the production of geothermal field, rising the groundwater level. avoiding the ground subsidence and improving water quality , which has obvious economic and social-environmental effects in improvement of the investment environment of Fuzhou City. Its freshening is of great application value to protection from the production well jamming and for resistance to corrosion and incrustation of the equipments used in saline-water hotsprings of the coastal areas and high-temperature and mineralized geothermal belts in Tibet and Yunnan Provinces.

根据花岗岩裂隙型热储的构造条件,以及冷热水温差所引起的重力分异驱动力、注水水柱压力和水柱向下运动的惯性冲力等原理,采用热中心近距离强迫对流深循环热交换新技术,把约17℃的冷水加温成90℃左右的热水,促使地下水位大幅度回升。通过三次对比试验,取得圆满结果。该成果普遍适甩于以陡倾断层裂隙为热储的地热田人工补给回灌,它是解决这类热田地下热水资源不足的最经济方法之一。通过三次回灌对比试验,证明采用人工补给深循环热交换技术具有升温快、回收率高及水位回升大等优点,因此它是增大地热田的开采量、促使地下水位回升、防止地面下沉、改善水质等促使地热田“复生”,防止衰退的可靠保护措施。其经济效益、社会环境效益显著,且有利于改善福州市区对外开放的投资环境。同时,对沿海咸水温泉带及西藏、云南高温高矿化地热带的开发利用、设备的防腐蚀、防结垢及防止开采井堵塞等也具有一定的推广应用价值。

Various amounts of trace elements Au,Ag,As,Sb,Hg and Tl are con-centrated in spring waters and hydrothermal precipitants in the Rehai Hot Sea)geothermal field. The enrichment of Au is closely related to the existence of pyrite-bearing hydrothermal breccias and siliceous sinter. Hydrothermal eruptions and boiling in the Rehai geothermal field were widely developed. The abnormal of the trace element suite of Au,Ag,As,Sb,Hg and T1 probably is the geochemical char-acteristics for shallow part of a hot...

Various amounts of trace elements Au,Ag,As,Sb,Hg and Tl are con-centrated in spring waters and hydrothermal precipitants in the Rehai Hot Sea)geothermal field. The enrichment of Au is closely related to the existence of pyrite-bearing hydrothermal breccias and siliceous sinter. Hydrothermal eruptions and boiling in the Rehai geothermal field were widely developed. The abnormal of the trace element suite of Au,Ag,As,Sb,Hg and T1 probably is the geochemical char-acteristics for shallow part of a hot spring gold deposits.

热海热田内热泉水和各类热水沉淀物中不同程度地富含Au、Ag、As、Sb、Hg、T1微量元素,金的富集与含黄铁矿的水热角砾岩、硅质泉华更为密切。热田内水热爆炸和沸腾作用广为发育,Au,Ag、As、Sb、Hg、T1微量元素组异常可能是热泉型金矿化浅部的地球化学特征。

 
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