电缆地层测试

针对电缆地层测试（WFT）在短时间内抽吸地层流体无法解除侵入带的泥浆污染，泥浆侵入带形成的毛管力对测试压力数据有很大的影响。

As the testing time is relatively short , WFT pumping Volume seldom breaks down mud contamination , capillary force in the invaded zone impacts testing pressure data .

新一代电缆地层测试技术

FORMATION TESTING TECHNIQUE The Technology about the New Type WFT Implement

测井电缆地层测试仪PACKER橡胶曲面有限元分析与优化

Logging Wireline Formation Tester PACKER Rubber Surface Finite Element Analysis and Optimization

MDT电缆地层测试资料在油田高含水开发期的应用

Application of MDT in oilfield development in high water-out period

MDT电缆地层测试主要测试小层的压力及渗流能力，并通过取样和OFA光学流体分析确定流体性质。

MDT ( Modular Formation Dynamics Tester Tool ) mainly tests pressure and seepage ability of layers , and identifies fluid though analysing samples from MDT and OFA ( Optical Fluid Analyzer ) .

随着电缆地层测试技术的不断发展，一种新的电缆地层测试仪（RDT）把新型的数控技术与地层流体取样及压力测试技术结合在一起。

With the wire-line formation-testing technology further development , a new wire-line formation tester has come into use , which incorporates new digital control technology to significantly improve formation fluid sampling and pressure testing .

电缆地层测试流体流动新模型

A New Flow Model of Pressure Response to Wireline Formation Testing

神经网络方法在电缆地层测试数据反演中的应用

Application of neural network method to wireline formation test data inversion

电缆地层测试资料分形解释方法研究

Fractal Interpretation Method of Wireline Formation Testing ( WFT ) Data

考虑各向异性的电缆地层测试产能预测方法

Deliverability prediction method of wireline formation testing considering permeability anisotropy

电缆地层测试解释模型的改进

Improved Interpretation Model for the System of Formation Testers

电缆地层测试物理模拟实验研究

Research on physical simulation experiment of wire-line formation test

套管井电缆地层测试新技术

Two New Methods for Cased Hole Wireline Formation Test

介绍了两种套管井电缆地层测试新技术。

This paper introduces two new methods for cased hole wireline formation test .

电缆地层测试最小测试时间的确定

The minimum testing time determination for wireline formation tester

纵向多层储层电缆地层测试解释方法

Wireline Formation Testing Interpretation Method in Multi-Layer Formation Vertically

各向异性两区复合地层电缆地层测试渗流模型

Two-zone Composite Formation Percolation Model of Wireline Formation Testing ( WFT ) with Anisotropy

利用电缆地层测试资料正确反演地层参数是油田勘探中的一项重要任务。

Formation parameter inversion from wireline formation test data plays an important role in oilfield exploration .

电缆地层测试技术是油气勘探验证储层流体性质、求出地层产能最为直接的方法之一。

Cable formation testing technology is one of the most direct methods to verify fluid properties and calculate formation productivity .

重复式电缆地层测试器测试曲线解释方法的理论研究

Theoretical Study of Log Interpretation of Repeat Formation Tester

电缆式地层测试现场快速解释系统

An In-situ Quick-look Interpretation System for Wireline Formation Tester

根据多孔介质渗流力学理论研究了斯仑贝谢公司的重复式电缆地层测试器测试曲线的解释理论。

The log interpretation theory of Schlumberger RFT has been studied according to the seepage flow me-chanics of porous media .

电缆地层压力测试是在裸眼井中直接测量储集层的地层压力，以获取地层压力资料。

To obtain formation pressure data , formation pressure test by cable measures formation pressure of reservoir directly in open hole .

从数据库设计出发，详细介绍了电缆式地层测试现场解释系统软件的研制及开发。

Based on database design , thoroughly introduced is development of the field quick-look interpretation software for wireline formation tester log .

用电缆式地层测试资料解释水淹层，根据压力梯度的研究确定储层流体的密度，判断储层流体的性质以及推断气、油、水的接触界面，从而识别底水上升水淹层。

At present , the fluid densities of the area can be determined , the fluid properties and gas-oil-water interfaces assessed based on the pressure gradient when WFT data is applied to the water-flooded reservoir interpretation , thereby identifying the water-flooded reservoir with bottom water rises .