fishbone multilateral well 鱼骨形分支井
horizontal multilateral well 水平分支井
herringbone multilateral well 鱼骨型分支井
pinnate horizontal multilateral well 羽状水平井
multilateral fishbone well 鱼刺状多级分支井
multilateral horizontal well 多分枝水平井的
The pressure and production of multilateral well in which anisotropy of stratum and pressure loss in wellbore are considered are studied. All this provide necessary theory basis and guidance scheme for the implement of this technology.
利用所建模型研究了有关参数对多分支水平井产能的影响及各向异性地层中多分支水平井的压力及产量变化;进一步明确了水平井数值模拟过程中井筒内因素对生产动态特性的影响,为多分支井技术的应用提供了必要的理论依据和指导方案。
参考来源 - 分支水平井产能数学模型及数值模拟研究·2,447,543篇论文数据,部分数据来源于NoteExpress
Successful multilateral well project depend on an effective planning process.
多侧向井技术的成功实施主要取决于设计过程。
Special multilateral team is the guarantee of successful plan and operation of multilateral well.
多学科工作队可以保证成功地进行多侧向井的设计和实施。
The directional pinnate horizontal multilateral well has been a rising technology in recent years for increasing coalbed methane recovery.
定向羽状水平井技术是近几年兴起的一项煤层气地面抽采技术。
应用推荐