现代水文研究方法:回声测深仪的测深工作

M. Fatkhi, P. Tersky, I. A. Kopeikin
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引用次数: 0

摘要

对水体底部形态的研究是经济、工业和其他活动各个领域以及科学研究中的一项重要任务。因此,有必要在应用水文学中发展和使用现代方法解决方案来进行水深测量工作和处理所获得的材料。本文探讨了与回声测深仪一起工作的现代方法,涵盖了使用这些设备的理论和实践方面。本文概述了现有的回声测深仪分类,在探险条件下进行调查工作的方法,以及以表格和矢量层的形式编制最终材料。从设备选择、参数设置、测量工作、数据处理与分析以及与地理信息系统的集成等方面分析了回声测深仪的工作。描述了有助于提高结果质量和准确性的创新发展和技术。特别注意将回声探测仪与其他技术,例如地理信息系统(GIS)相结合。作者还考虑了在航海、水文和其他领域使用回声测深仪的实际方面。这篇文章为水文和相关领域的专业人员提供了一个有价值的概述,研究水体底部的形态,以及对创新技术和声学和地理信息系统领域感兴趣的广泛读者。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modern methods of hydrometric research: bathymetric works using echo sounder
The study of the morphometry of the bottom of water bodies is an important task in various areas of economic, industrial, and other activities, as well as scientific research. Therefore, it is necessary to develop and use modern methodological solutions in applied hydrography for carrying out bathymetric works and processing the obtained material. This article examines modern methods of working with echo sounders, covering theoretical and practical aspects of using these devices. The article presents an overview of existing echo sounder classifications, methods for performing survey work in expeditionary conditions, and compiling final materials in the form of tables and vector layers. The main aspects of working with echo sounders are considered, such as equipment selection, parameter setting, conducting survey work, processing and analyzing data, and their integration with geographic information systems. Innovative developments and technologies that contribute to improving the quality and accuracy of results are described. Special attention is paid to the integration of echo sounders with other technologies, such as geographic information systems (GIS). The authors also consider practical aspects of using echo sounders in navigation, hydrography, and other areas. This article provides a valuable overview for professionals in the field of hydrology and related areas, studying the morphometry of the bottom of water bodies, as well as for a wide range of readers interested in innovative technologies and the field of acoustics and geographic information systems.
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