Development of FRP Ship-Shaped Buoy

M. Koga, I. Nakano, G. Kai
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引用次数: 3

Abstract

An FRP ship-shaped buoy has been developed t o use as a longte rm automat ic observation s tat ion for mar i t ime weather and hydrographic condi t ion a t fixed points in the ocean. T h e buoy was designed w i t h reference t o the V . E . N O M A D buoy devseloped i n the Uni ted States. However, t he material o f t he hul l was <:hanged f r o m a luminum t o FRP considering FRP's excellent corrosion resistance and formabi l i ty o f curved surfaces. Furthermore, solar cells were adopted as a power source for t h e buoy system together w i t h batteries. Af ter t he complet ion o f t he buoy system, a f ield exper iment was conducted i n the winter season for about three mon ths and the valuable data o f waves, buoy's motions, solar cells, etc. could be obtained. Th is paper gives a summary o f t he results o f t he analyses on waves, buoy's motions, solar cells, etc.
玻璃钢船形浮标的研制
研制了一种玻璃钢船形浮标,用于对海洋中固定地点的海上天气和水文状况进行长期自动观测。该浮标是在参考V的基础上设计的。E。n.m.a.d浮标是在美国开发的。但考虑到玻璃钢具有优异的耐腐蚀性和弯曲表面的防甲醛性,船体的材料选用了玻璃钢,而不是玻璃钢。此外,采用太阳能电池和电池作为浮标系统的电源。浮标系统建成后,在冬季进行了为期约3个月的野外实验,获得了波浪、浮标运动、太阳能电池等有价值的数据。本文对波浪、浮标运动、太阳能电池等方面的分析结果进行了总结。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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