| 1. | Two set of neural network are used separately to get the extra input factor and to construct the relationship between well log data and formation parameters
两组类神经网路分别用于产生外加的输入参数，以及建立电测资料与地层特性参数间的相关模式。 |
| 2. | In order to improve the prediction precision , a way of acquiring the formation parameters is adopted by firstly removing the unsteady production data followed by the automatic matching technique
为了改善模型的预测精度，采用了去掉不稳定生产数据后，再用自动拟合方法来反求地层参数。 |
| 3. | The neural network we have built can be used to integrate and analyze the different kinds of well logging data to obtain the formation parameters in particular depth
透过本研究建立的两组类神经网路为主架构，可经由灰关联分析所选取之特定电测资科做为类神经网路的输入值，预测地层特性参数。 |
| 4. | The purpose of this study is to develop a computer model combined with grey relation and two set of neural network to analyze and integrate well logging data to obtain formation parameters around the well
摘要本研究是利用灰关联分析与两组独立类神经网路相互结合发展出一套自动选取与整合不同类型的井下电测资料，以进行地层参数预测分析的模式。 |
| 5. | The purpose of this study is to develop a computer model combined with grey relation and two set of neural network to analyze and integrate well logging data to obtain formation parameters around the well
摘要本研究是利用灰关联分析与两组独立类神经网络相互结合发展出一套自动选定与集成不同类型的井下电测资料，以进行地层参数预测分析的模式。 |
| 6. | It can be predicted that , if computer model and simulation techniques are employed for the interpretation of the abnormal tracer responses , formation parameters of near well bore region of the producer could be calculated
可以预见，利用现代计算机模型模拟技术解释微扰响应数据，可能求解油藏地质参数。 z ）示踪剂测试方法的研究：研究建立了放射性井间测试中‘ ” i一、厂’ co （ cn ） 。 |
| 7. | For wells with production history , the modern production decline analysis can be applied to yielding the formation parameters , and the semi - log figure of normalized time vs . normalized pressure is taken as the criterion to validate the calculated results
对具有生产记录的气井，可以采用现代产量递减分析方法反求地层参数，并用标准化时间和标准化压力半对数图，作为检验计算结果正确与否的标准。 |
| 8. | Downhole temperature profiles have been simulated under different conditions of fluid output , production time , off production time , formation parameters , geothermal gradient , bed thickness , welibore radius and so on , and simulation results are analyzed and discussed
本文模拟了产液量、生产时间、停产时间、地层参数、地温梯度、层厚及井筒半径等不同条件下的井下温度场分布，并对模拟结果进行了分析和讨论。 |
| 9. | Firstly , interpretation method of lwd is researched . logging interpretation while drilling includes lithological interpretation , formation parameters interpretation and oil interpretation while drilling etc . information of lwd should be disposed and standardized before lwd is interpreted
论文首先开展了lwd资料的解释方法研究。随钻测井资料解释方法包括随钻地层岩性解释方法、随钻地层参数解释方法和随钻地层含油气性解释方法等。 |
