1) geothermal covering
地热盖层
1.
Occruing rule of ground temperature and well temperature gradient in geothermal covering is introduced in this paper.
在曲阜市地热地质普查中发现了井温梯度与地温梯度的关系,从理论与实际勘探工作中充分说明和验证了地热盖层地温与井温梯度差的客观存在规律。
2) heat insulating cap rock
隔热盖层
1.
The upper mantle reached Xigeda major fault is the heat source;well developed faults and fracture zone the thermal channel;about 200m thick Xigeda Formation alternating sandstone,mudstone and shale as the good heat insulating cap rocks;abundant atmospheric precipitation,surface water and karstic water as the water sources and heat water ou.
针对红格温泉所处的地层、地质构造、水文地质条件,结合该区域地热背景分析了红格温泉的成矿条件,研究区内深度已达上地幔的昔格达深大断裂深部热源,区内发育的断裂构造及其断裂破碎带,厚约200m的昔格达组砂、泥、页岩互层的良好隔热盖层,区内丰富的大气降水、地表水与岩溶水资源,区内地热水产出的最低侵蚀基准面(沿崖羊河谷发育的清门口断裂带),为红格温泉的形成提供了良好的物资基础。
3) cap formation of mantle
地幔盖层
4) platform cover
地台盖层
1.
It is pointed out that the idea of the overall folding of the platform cover and the Youjiang basinal structural stage caused by the Indosinian movement is a great misunderstanding according to data of structural geological sections surveyed lately by the writer.
根据新测构造地质剖面资料，指出印支运动导致地台盖层和右江盆地构造层全面褶皱的主张是一大误解。
2.
It is confirmed that the theory of the overall folds of the platform cover and the Youjiang basinal synthem of South China caused by the Indosinian movement is a great misunderstanding.
认为印支运动导致南华地台盖层和右江盆地构造层全面褶皱的主张是不恰当的。
5) platform cover
台地盖层
6) insulation lining
隔热覆盖层
补充资料：盖瑟斯地热田
| 盖瑟斯地热田 Geysers Geothermal Field 环太平洋地热带上的干蒸汽地热田。位于美国旧金山市以北约140千米处。地热田面积185平方千米，热储岩石为上侏罗纪裂隙性硬质砂岩，系高温干蒸汽型热储。1955年开始开发，1960年安装第一台1.1万千瓦的地热发电机组。至1991年，共打生产钻井130多眼，安装发电机组29个，总装机容量209万千瓦。钻井深度1600～3000米，热储温度250℃左右，平均蒸汽流量91吨／小时，井口压力960千帕，闭井压力3.4兆帕。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条