利用水文采水器阵列作为载体的深海视频观测及其在海底多学科研究中的应用
DOI:
https://doi.org/10.29006/1564-2291.JOR-2025.53(4).12关键词:
深海视频观测, 水下视频拍摄, 海洋科考调查, 深海地形, 深渊环流, 大西洋摘要
本文介绍了利用水文采水器阵列作为载体平台，自主开展海底表面深海视频观测的经验。文章阐述了深 海视频观测系统的结构设计，包括自主研制的照明装置、相机触发与延时启动机制，并介绍了综合站点作 业方法。评估了视频拍摄过程中采水器阵列的运动状态，探讨了如何利用集成于采样系统上的声学多普 勒流速剖面仪与水文物理探头数据来确定摄像机的瞬时空间方位。展示了在第59次“Akademik Ioffe” 号科考船航次中获得的海底图像，并通过对视频影像的微地形特征分析，解读了海底稳定底层流的可能 流向与流速。
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已出版
2025-12-21
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海洋技术与仪器设备
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Transfer of copyrights occurs on the basis of a license agreement between the Author and Shirshov Institute of Oceanology, RAS
