重庆大学学报2011，Vol.34Issue(4)：47-52,6.
大功率超声波近井无机垢解堵的动力学机理
Kinetic mechanism of inorganic scale plugging removal at near wellbore zone by high power ultrasonic technology
摘要
Abstract
Based on the theory of solid and liquid coupling wave mechanics, the micro-dynamical characteristics caused by the transport of ultrasonic in porous media at near wellbore zone, including the elastic deformation of rock, the elastic crossflow of pore fluid and frame solid, and fluid squirt-flow produced by pore elastic deformation, are analyzed. Analysis of kinetics of peristaltic difference of porosity radius in porous media is presented. The characteristics of the removal of inorganic scale particle in porous media by using ultrasonic technology are also studied. Besides, by applying high power ultrasonic technology, the acoustic energy gathering in porous media at near wellbore zone leading to fracture of part rocks is illustrated. According to these analyses, the micro-dynamical mechanisms, such as inorganic scale fragmentation, ultrasonic cavitations, ultrasonic friction, ultrasonic peristaltic transport and ultrasonic fracture-making, occurred in inorganic scale plugging removal by high power ultrasonic technology are proposed.关键词
超声波解堵/无机垢堵塞/动力学机理Key words
plugging removal by high power ultrasonic technology/ inorganic scale plugging/ kinetics and mechanism分类
矿业与冶金引用本文复制引用
蒲春生,饶鹏,许洪星,吴飞鹏..大功率超声波近井无机垢解堵的动力学机理[J].重庆大学学报,2011,34(4):47-52,6.基金项目
国家863计划目标导向重大项目(2007AA06Z227) （2007AA06Z227）
国家科技重大专项项目(2009ZX05009) （2009ZX05009）
国家西部开发科技行动计划重点项目(2005BA901A13) （2005BA901A13）
山东省自然科学基金(ZR2010EM014) （ZR2010EM014）
