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本文论述了俄联邦近年来随着程控航空地球物理测量系统的研制成功和仪器组成的扩大和质量的提高,为了保证充分开发航空测量方法和仪器的潜力,提高航空地球物理测量的地质效果和经济效益而建立的较新的航空测量技术,并着重阐述了这种技术的最重要的要素,即在高效率现代个人计算机的基础上建立的全套自动计算机设备。使用这套设备能使地球物理研究的全过程完全自动化,完成多参数航测数据的加工处理和解释。采用这种新技术能使应用过程最佳化,测量、资料加工处理和解释在时间上协调并可根据工作过程的模拟结果和资料质量的评价结果及时地控制研究工作,提高研究质量和地质效果。
In this paper, the author discusses the successful development of the program-controlled aeronautical geophysical surveying system and the improvement of its quality in recent years. In order to ensure the full development of the potential of aeronautical measurement methods and instruments and improve the geological effect and economy of aeronautical geophysical surveys, Newer aeronautical metrology technology built on the benefits of technology and highlighting the most important element of this technology, the full range of automated computer equipment built on high-efficiency, modern personal computers. The use of this device can fully automate the whole process of geophysical research and complete the processing and interpretation of multi-parameter aerial survey data. Adopting this new technology enables application process optimization, measurement, data processing and interpretation to be coordinated in time and control of research in a timely manner based on simulation results of work processes and data quality evaluation to improve research quality and geological effects .