1) formation with confined water
承压水地层
2) pressure-bearing
承压
1.
On the difference between the friction type connection and pressure-bearing type connection with high-strength bolts;
关于高强螺栓摩擦型连接和承压型连接区别的探讨
2.
Contraposing the problem in the opening mechanism of electrolytic tank,a new pressure-bearing quick opening mechanism which can be used in desooption electrolytic tank has been developed.
针对现有解吸电解槽开门机构存在的问题,开发了一种可用于解吸电解槽等压力容器上的新型承压快开门机构。
3) Pressure equipment
承压设备
1.
Fundamental research of pressure equipment and its priority research areas.;
我国承压设备学的研究现状和优先研究领域
2.
It elucidated the welding material technical requirement of pressure equipments in China and the harm of two systems about current welding .
通过对锅炉压力容器用焊接材料的中、美、日和欧洲共86个国家标准,国内外6家著名厂商的726J焊条型号与牌号、555个焊丝型号和牌号、178个焊丝-焊剂型号与牌号进行了全面综合分析对比,总结了我国焊接材料特点,阐明我国承压设备用焊接材料技术要求,指出当前焊丝国家标准两个系统的危害,以及焊丝、埋弧焊焊材标准不保证熔敷金属化学成分与力学性能等的不足,对我国承压设备用焊材的需求及发展提出明确要求。
3.
This paper probes into some problems existing in the application of safety valve of pressure equipment,and advances some solving measures.
对承压设备安全阀使用中存在的几个问题进行了探讨,并提出相应的解决措施。
4) abutment pressure
支承压力
1.
Numerical simulation of abutment pressure distribution laws of working faces;
采场支承压力分布规律的数值模拟研究
2.
Distribution abutment pressures on laneway pillars for superwide isolated fully mechanized top coal caving face;
超长孤岛综放工作面煤柱支承压力分布特征研究
3.
Surrounding rock abutment pressure distribution and thickness effect of dynamic catastrophic in fully mechanized sublevel mining stope;
综放采场围岩支承压力分布及动力灾害的层厚效应
5) confined water
承压水
1.
On waterproof construction technology of basement with confined water;
浅析具有承压水的地下室防水施工技术
2.
Analysis of the deformation and stability of a deep foundation pit in the pumping process of the confined water inside it through finite element simulation;
深基坑开挖中坑内降承压水的有限元模拟分析
3.
Discussions on technologies of deep foundation pit projects affected by confined water;
受承压水影响深基坑工程的若干技术措施探讨
6) confined aquifer
承压水
1.
Solid-liquid coupling study on water inrush through faults in coal mining above confined aquifer;
承压水上采煤断层突水的固流耦合研究
2.
Mechanism study on water-inrush hazard of floor strata in mining on confined aquifer;
承压水体上开采底板突水灾害机理的研究
3.
Based on the method of 3D similitude and numerical simulation,the variety law of aquifer of coal mining above confined aquifer is studied.
采用三维相似模拟与数值模拟方法,研究承压水上采煤底板各含水层水压分布随采动的变化规律,即在多数情况下,距煤层底板20 m以上的小含水层在无构造带存在情况下,开采对其影响不大,但在构造带存在的情况下,可能引起构造带活化,与底部高承压含水层沟通,发生突水事故,其安全的开采区视具体情况而定。
参考词条
补充资料：承压水
| 承压水 confined groundwater 充满两个隔水层之间的含水层中的地下水。承压水由于顶部有隔水层，它的补给区小于分布区，动态变化不大，不容易受污染。它承受静水压力。在适宜的地形条件下，当钻孔打到含水层时，水便喷出地表，形成自喷水流，故又称自流水。人们利用这种自流水作为供水水源和农田灌溉。在中国，承压水的发现和利用始于距今2000多年。汉朝初，中国四川省开始打自流井取卤水生产食盐，井深可达100多丈。 承压含水构造主要有自流盆地和自流斜地两类。含有一个或多个承压含水层的构造盆地称自流盆地。自流盆地有3个组成部分：补给区、承压区和排泄区。补给区在盆地边缘位置较高的地区。由于上面没有隔水层，水不具有承压性质，实际上这里的地下水是潜水。位置较低的边缘为排泄区，这里往往有泉水出露。承压含水层之上有隔水层覆盖的区段为承压区。斜含水层在下端因构造变动或岩性变化而使水流受阻，便构成自流斜地。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。