本设计使用Windows应用程序开发软件VisualBasic6.0来开发测井信息处理软件，从而最终形成储集层评价系统。
This design uses Windows application program development software-Visual Basic6.0. And ultimately form an evaluating system for reservoir.
设计的程序可模拟实际的测井过程。
程序后，测井显示您简要的能源收入和支出的每一天。
Program after logging shows you summary of energy income and expense for each day.
并用该程序计算了复电阻率测井环境校正图版；
The program is proved to be correct and used to calculate the environmental correction charts.
将该程序应用于工区的随钻测井资料解释和水平井钻井的地质导向工作中，较好地指导了复杂地质条件下的油气藏评价工作和水平井钻井作业。
The program guides to evaluate the oil field in a complicated geological situation and drill in horizontal well while it is applied to the work of interpretation and geosteering in the research zone.
用此方法设计的泥浆侵入影响校正程序处理了实际测井曲线，取得了明显的效果。
The program of mud invasion correction derived from this method has been applied to log data processing with good results.
识别油、气储集层是测井分析者的基本任务之一，但目前的计算机测井分析程序不能自动实现。
The recognition of oil and gas reservoirs is one of the important tasks for the logging analyzers, at present, however, the computer logging-analytical program can't practice it automatically.
在常规测井处理解释程序中采用了动态模型加载技术，实现了地区模型的免编程修改，扩大了适用范围。
In conventional log interpretation model, it USES dynamic model load technology, so, it doesn't need modifying program in application in local area, and its applicability is improved.
BP神经网络不同于传统的CRA(碳酸盐岩复杂岩性处理程序)测井解释方法，具有强的抗干扰能力和非线性映射能力。
BP neural network method is different from the traditional log interpretation method of CRA (complex reservoir analysis) and it is of a strong antijamming ability and nonlinear mapping ability.
EMERGE是一个分析测井曲线和地震资料的程序。
EMERGE is a program that analyzes well log and seismic data.
在双水模型和测井优化解释程序系统GCDQ的基础上，建立了新的测井优化解释数学模型。
Based on the double water model and the program system, GCDQ for optimization of log interpretation, a new mathematical model for optimization of log interpretation has been developed.
文中利用电成像测井资料，采用ELAN程序、孔隙频谱分析程序对海拉尔盆地布达特地层的次生孔隙率进行分析研究。
Using electro-imaging data, the paper uses ELAN program and program of pore spectrum analysis to analyze and study secondary porosity of Budat formulation in Hailar basin.
本网络图对SJD-801（83）双感应—八侧向测井仪进行了系统程序式的检查、维修排列，针对检查过程中出现的问题给出了大致的寻查方向和排除方法。
This is a flow chart for systematic technical review and accuracy checkof SJD-801 (83) Dual Induction-Lateral 8. It is an effective debugging tool.
开发了一种利用计算机图形绘制多口井测井数据的应用程序，实现了用数学上的正态概率分布法来反映视地层水电阻率的变化规律，并根据其变化规律判别储层的流体性质，效果良好。
The variation rules of apparent formation water resistivity was reflected by using normal probability distribution, according to its changing rules, the fluid property was judged with good result.
通过加载多口井的随钻测井数据运行程序，得到了较好的效果。
By loading several Wells LWD data and run the program, get good results.
复杂岩性地层的计算机处理测井解释程序，程序采用了频率交会图的统计分析技术。
A computer-processed log that applies a statistical analysis of frequency crossplots to complex lithologies.
复杂岩性地层的计算机处理测井解释程序，程序采用了频率交会图的统计分析技术。
A computer-processed log that applies a statistical analysis of frequency crossplots to complex lithologies.
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