论文部分内容阅读
本文介绍物理模型实验技术的现状及其今后发展中应注意的问题。这种技术在目前地震生产和研究中已开始表现出其的“独突”的作用,尤其在石油勘探技术的发展中。怎样提高勘探效率和节省成本,物理模型可以发挥“指导”作用。在一个已知的地质模型上,进行数据采集、记录的数字处理,以及资料的综合解释,物理模型实验可以提供系统的试验资料,为地震生产选择“最佳”、“最节省”的方案给出分析对比的依据,同时也可为方法研究工作创造一个良好的“检验”工具。因此,近年来的物理模型实验受到一些研究所和高等院校的重视,一部分石油公司也积极支持开展这方面的研究工作。
This article introduces the status quo of physical model experiment technology and its future development should pay attention to. This technique has begun to show its “independent” function in the current earthquake production and research, especially in the development of oil exploration technology. How to improve exploration efficiency and save costs, physical model can play a “guiding” role. In a known geological model, data collection, digital processing of records, and comprehensive interpretation of data, physical model experiments can provide systematic experimental data to select the “best” and “most economical” solutions for seismic production The basis for analysis and comparison, but also for the method of research to create a good “test” tool. Therefore, in recent years, the physical model experiment has attracted the attention of some institutes and institutions of higher learning. Some oil companies also actively supported the research in this field.