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高炉矿渣转化的水泥浆在新疆油田的应用 被引量:1
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作者 赵林 谢齐平 +4 位作者 罗跃 孙展利 许树谦 苏洪生 王云 《江汉石油学院学报》 CSCD 北大核心 1996年第3期63-66,共4页
将高炉矿渣加入钻井泥浆中可使后者转化为用于固井的水泥浆。这种水泥浆有助于节约固井成本、减少环境污染和提高地层和水泥环之间的胶结强度。通过加入高炉矿渣、活化剂JX-1和JX-2及稀释剂DIS-3,已成功地将新疆油田现场... 将高炉矿渣加入钻井泥浆中可使后者转化为用于固井的水泥浆。这种水泥浆有助于节约固井成本、减少环境污染和提高地层和水泥环之间的胶结强度。通过加入高炉矿渣、活化剂JX-1和JX-2及稀释剂DIS-3,已成功地将新疆油田现场聚合物泥浆转化为固井用的水泥浆。室内和现场试验结果表明,该水泥浆的稠化时间可控制在3~8h内,24h抗压强度大于5MPa,高温高压失水量低于100mL,因而能满足固井施工的要求。 展开更多
关键词 固井 钻井液 活化剂 油田 水泥浆 矿渣
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NUMERICAL SIMULATION OF ROCK BREAKING MECHANISM WITH HIGH-PRESSURE WATER JET
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作者 NIHong-jian WangRui-he +6 位作者 ShenZhong-hou OuXin-yi GeHong-kui HanZhi-yong GuanZhi-chuan LiuTing-cheng YuWen-ping 《Journal of Hydrodynamics》 SCIE EI CSCD 2004年第1期109-110,共2页
Based on the analysis of experimental results, the rock damage model and thedamage coupling model suitable for the whole rock breaking process with water jet were establishedwith continuous damage mechanics and micro ... Based on the analysis of experimental results, the rock damage model and thedamage coupling model suitable for the whole rock breaking process with water jet were establishedwith continuous damage mechanics and micro damage mechanics, and the numerical method was developedwith continuum mechanics and the FEM theory. The rock breaking mechanism with water jet was studiedsystematically with numerical simulation for the first time in the field of water-jet rock breaking.The numerical results agree with the experimental ones which shows that the presented method isreasonable and can reflect the reality of water-jet rock breaking. The conclusion can be applied inpractice. 展开更多
关键词 water jet rock fragment rock damage model FEM experimental study
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