1) autonomous buoy
自持式浮标
1.
Based on the base station magnetometer on land,the aim of the study for autonomous buoy base station magnetometer system is to develop a buoy-based station magnetometer that can record the time-variation of earth magnetism automatically at open sea and ocean.
自持式浮标地磁日变站的研究,是以陆用地磁日变站为基础,结合DGPS系统和浮标技术,自行设计开发数据实时采集与传输系统,形成一套可以自动在远海和大洋记录地磁场变化的浮标日变站,从而大大提高海洋地磁调查的精度。
2) free buoy
自由式浮标
1.
The towed buoy method acquires relative position information by analyzing the towed cables’ 3-D spatial shapes,the free buoy method sets up and trains neural network models,based on the output information obtained by inputting the collected data into above models,extends the position of buoy toward.
拖曳式浮标法通过分析拖曳线缆在水中的三维空间形态获得相对位置信息;自由式浮标法为建立与训练神经网络模型,通过将采集数据输入此模型获得的输出信息,将浮标的位置向水下延伸。
3) autonomous profile exploring float
自持式剖面探测漂流浮标
4) Self-Saving Buoy
自救浮标
1.
The Research on the Self-Saving Buoy Control System of the Submarine Robot;
水下机器人自救浮标控制系统研究
5) automatic sounding buoy
自动浮标
6) floating tide gauge
浮标式自记验潮仪
补充资料：非自持放电
见自持放电。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条