Towed ADCP fish with Depth and Roll controllable wings and its application to the Kuroshio observation
Towed ADCP fish with Depth and Roll controllable wings and its application to the Kuroshio observation
复制标题
深度和横滚可控翼拖曳ADCP鱼及其在黑潮观测中的应用
DOI：
10.1007/bf02234955
复制
发表时间：
1993
影响因子：
2.3
通讯作者：
Hirohito Furukawa
中科院分区：
文献类型：
--
作者：
A. Kaneko;N. Gohda;W. Koterayama;M. Nakamura;S. Mizuno;Hirohito Furukawa
研制了一种智能ADCP （Acoustic Doppler Current Profiler）鱼，称为“DRAKE”（深度和滚转可调风筝，用于能量通量测量），它的可控翅膀可以调节鱼的潜水深度并稳定其滚转运动。ADCP鱼在同一横线上进行了往返测量，测量了冲绳西部的黑潮。正测得到最大下潜深度为208 m，鱼体作业速度为2.9 ms−1。在返回调查中，在48 m的水下深度，最大鱼速达到5.4 ms−1。利用212 ~ 276 m数据采集重叠区域的数据，对拖曳式ADCP系统测速精度进行了检验。通过对两种测量资料的综合，可以估计出大致对应于该地区整个黑潮剖面的600 m以上剖面速度结构和输运。
An intelligent ADCP (Acoustic Doppler Current Profiler) fish, called “DRAKE” (Depth and Roll Adjustable Kite for Energy flux measurements) was developed with the controllable wings which can adjust the submerging depth of the fish and stabilize its roll motion. The Kuroshio west of Okinawa was measured in a roundtrip course on the same traverse line by the ADCP fish. The forward survey obtained the maximum submerging depth of 208 m at a fish operation speed of 2.9 ms−1. The maximum fish speed of 5.4 ms−1was achieved at a submerging depth of 48 m in the return survey. The data in the overlapped area of data acquisition between depths 212 and 276 m were used to examine the accuracy of velocity measurement for the towed ADCP system. The summation of both survey data made it possible to estimate a sectional velocity structure and transport of the upper 600 m corresponding roughly to the whole section of the Kuroshio in this region.
DOI：
10.1007/bf02107107
发表时间：
1975-07
期刊：
Journal of the Oceanographical Society of Japan
影响因子：
--
作者：
H. Nitani
通讯作者：
H. Nitani