速度剖面校正因子计算方法改进与软件实现  

IMPROVEMENT AND SOFTWARE IMPLEMENTATION OF THE VELOCITY PROFILE CORRECTION FACTOR CALCULATION METHOD

作　　者：李疾翎[1] 樊鹤[1] 范川[1] 任哲[1] 

机构地区：[1]中海油田服务股份有限公司

出　　处：《石油工业计算机应用》2013年第4期40-42,4,共3页Computer Applications Of Petroleum

摘　　要：速度剖面校正因子是产出/注入剖面测井求取流体平均速度的关键参数。本文在分析国内普遍采用的速度剖面校正因子计算方法基础上,提出基于雷诺数与速度剖面校正因子关系图版计算校正因子的方法,并阐述了采用Visual Studio2010平台,C Sharp语言编程实现该方法的流程。实践证明该方法具有更广的适用性,尤其在单向流及两相的产出井中应用效果良好。Velocity profiles correction factor is the key parameter to calculate fluid average velocity in production/injection profile logging.Based on the analysis of domestic widely used calculation method of the velocity profile correction factor,it is proposed that the correction factor can be calculated based on the Reynolds number and the velocity profile correction factor relationship chart.The Visual Studio 2010platform and C Sharp programming language are used to implement the process of this method.Practice proved that this method has a wider applicability,especially in uniflow and two-phase output wells.

关 键 词：速度剖面校正因子 雷诺数 C# NET Emeraude软件 

分 类 号：O657.71[理学—分析化学]