1) Building with water solution
水溶建腔
1.
Analysis of inter-beds’s effect on gas storage in salt caverns building with water solution;
夹层对岩盐储气库水溶建腔的影响分析
2.
Research on rock salt dissolving model of gas storage in salt caverns building with water solution;
岩盐储气库水溶建腔岩盐溶蚀模型研究
3.
There are some factors to effect on gas storage in salt caverns building with water solution, such as selected location technology, drilling well and completion technology, filtering caverns technology, controlling cavern shape technology and cavern stable technology.
在岩盐水溶造腔过程中影响因素很多,其中包括岩盐建库选址技术、盐层钻井完井技术、岩盐溶腔滤洗技术、岩盐腔体形状控制技术、岩盐腔体稳定性技术等一系列重要技术,其中水溶建腔过程周期长、难度高、是建设岩盐储气库的核心。
3) Developments of t he dissolving cavity
溶腔水动态
4) Salt Cavern Construction
岩盐溶腔建造
5) cavity building water system
水溶造腔系统
6) salt cavern
溶腔
1.
During the operation of the salt cavern gas storage, the salt bed around the salt cavern will generate variation of stresses because of strata pressure and internal pressures of the salt caverns.
盐穴储气库在运行过程中溶腔周围的盐层受到地层压力和溶腔内压的多重作用而产生应力变化。
2.
With the development of Gas Transmitting From West to East Project and natural gas industry,large numbers of gas storage will be built in China,so it is important to analyze the stability of salt cavern.
利用国际上著名的有限差分软件FLAC3D,对金坛盐矿某区老腔1号井、2号井建库完成后的腔体稳定性以及腔体蠕变规律进行了数值模拟,模拟结果表明,储气库在运行期间,流变会引起溶腔体积的减少,溶腔内压对储库的体积减少有直接的作用。
补充资料：建水燕子洞
云南省著名双层石灰岩溶洞。位于建水县以东20余公里的泸江河谷中。洞分两层：上洞巨大，开口处为一已崩塌的落水洞，内部为厅状溶洞，洞内簇立石笋、石柱、钟乳石等。洞内原有一座三层楼阁，楼间一树穿堂而过，称为一箭穿三楼，后遭破坏；下洞高十余丈，洞顶密集钟乳石，沪江流入洞内的暗河段长七八公里。洞内光线阴暗，有众多燕子栖息，故名燕子洞。洞外多桃李树，春季群花竞开，为岩洞增色。夏季入洞清凉爽适；隆冬则暖气充溢，亦为燕子洞一大特色。泸江流出建水坝后，进入石灰岩山地中，河水时隐时现，形成众多的地下溶洞、暗河与地表河相互交替的现象。经修缮整理，即可形成以喀斯特地貌为主的旅游区。
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