1) marine refraction survey
海洋折射测量
2) marine reflection survey
海洋反射测量
3) marine survey
海洋测量
1.
The object of marine survey is the seabed covered by seawater,so the methods and instrumentataion used for the marine survey are greatly different from those used for the land survey.
海洋测量的对象是一个受海水覆盖、人们不能直接接触的海底。
2.
Based on an analysis of the characteristic of marine surveying, a robust method for the detection of abnormal data (include blunders) in marine measurements is proposed in this paper, which is called the robust interpolation comparison test based on robust M estimation by an iterative calculation procedure.
随着现代科学技术的发展和应用,海洋测量领域已先后推出了多种具有高分辨率和高采集率的新技术测量手段,如用于海底地形测量的多波束测深和机载激光测深系统。
4) hydrographic surveying
海洋测量
1.
Based on the universal software AutoCAD, the integrated system on digital single - beam hydrographic surveying and charting is discussed in this article.
在通用图形平台AutoCAD上开发成功海洋测量和成图一体化系统,其特点是可以直接在工程上常用的dwg格式图形上进行导航测量和水深后处理成图,使用简便,性能优良,是进行海洋测量的又一新工具。
2.
During the last decade,significant advances have been made in the study of hydrographic surveying technology in China.
最近几年我国海洋测量技术取得了很大的发展。
5) marine surveying
海洋测量
1.
Based on the analysis of the latency effect between positioning and sounding in marine surveying,the detecting and correctional methods are presented in this paper.
对海洋测量中的延时效应进行了分析,给出了系统性延时效应的探测及改正方法。
2.
Based on the analysis of the present status of the establishment of depth datum for marine surveying in Hainan,this paper put forward the concept of establishing the from curve model of theoretical lowest low water around Hainan island,and analyzed the practical methods for establishing the model.
在分析了海南海洋测量深度基准建立现状基础上,提出在海南建立环岛理论最低潮面形态曲线模型的概念,并分析了建立该模型的具体方法,对解决海洋测量深度基准问题具有一定的指导意义。
6) hydrographic survey
海洋测量
1.
During the last decade, significant advances have been made in the study of hydrographic surveying technology in China.
我国海洋测量技术最近几年取得了很大的发展。
补充资料:日本3300吨海洋测量船
日本3300吨海洋测量船
研制国别: 日本
1996年预算批准建造的3300吨级海洋测量船,这是海上自卫队的第5艘该型船。该船拟替代于1969年服役的明石级cags)调查测量船。其主要使命仟务是收集反潜战、水雷战必要的海洋数据。为提高测量精度,该船拟采用电力推进方式,以期降低水下噪声。
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