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高温超高压条件下的三腔压力分隔装置设计 被引量:1

Design of Three-cavity Pressure Separation Device Under High Temperature and Ultrahigh Pressure
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摘要 在高温、超高压条件下,3腔压力在一个容器内难建立、难传递。设计了一套三腔压力分隔装置。该装置结构简单,能够稳定建立3腔压力,模拟地层环境及井筒压力与孔隙压力之间的有效传递。为射孔试验提供可靠设备。 Aiming at the difficulty of establishment and transfer of three-cavity pressure in a vessel under high temperature and ultrahigh pressure conditions,a three-cavity pressure separation device was designed.The structure of this device is simple and practicable,the three-cavity pressure of the stratigraphic configuration can be established stably and the effective transfer between wellbore pressure and pore pressure can be realized.Reliable equipment for the perforation test is provided.
出处 《石油矿场机械》 2011年第5期37-40,共4页 Oil Field Equipment
关键词 射孔 3腔压力 高温 模拟装置 perforation three-cavity pressure high temperature simulator
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  • 1API RP19B, Recommended Practices for Evalunation of Well Perforators[S]. 5th ed.(油气井射孔器评价的推荐作法).梁纯,顾军,译.2000.
  • 2GB150-1998.钢制压力容器[S].[S].,..
  • 3陈永华,李思忍,龚德俊,徐永平,姜静波.一种小型水密耐压舱体的设计与制作[J].压力容器,2007,24(9):25-28. 被引量:13

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