Argo剖面浮标,Argo profiling float英语短句,例句大全

Argo剖面浮标,Argo profiling float
1)Argo profiling floatArgo剖面浮标
1.Observing process of an Argo profiling float and discussion on its data application;一个Argo剖面浮标的观测过程及其资料应用探讨
2.The effect of reference dataset on calibration of Argo profiling float salinity data;参考数据集对Argo剖面浮标盐度观测资料校正的影响
3.The temperature and salinity distributions,and the water mass structures in the area of Northwest Pacific Ocean are studied using the temperature and salinity data obtained by Argo profiling floats.应用Argo剖面浮标观测的温、盐度资料,分析了西北太平洋海域冬、夏季的温、盐度分布、水团结构及其分布。

英文短句/例句

1.Analysis of the Pressure Errors in Argo Floats ProfilingArgo剖面浮标压力测量误差问题剖析
2.A Special Argo Float Used in Low Latitude of the World Oceans一种专门用于低纬度洋区观测的Argo剖面浮标
3.Estimation and Validation of Surface Currents in the Global Ocean from Argo Floats;由Argo浮标推断全球大洋表层海流并验证
4.Analysis of the Structure of Ocean Vertical Modes in the North Pacific Through Argo Profile Data;基于Argo浮标资料对北太平洋垂直模态结构特征分析研究
5.Spacial Structure and Annual Variation Estimated from Argo Float Data for Subtropical Mode Water in the Northwest Pacific Ocean基于Argo浮标资料的西北太平洋模态水的空间结构及年际变化
6.The sonobuoy permits recording a refraction profile with only one ship.声纳浮标允许只以一艘船来记录折射剖面。
7.Application of Beidou Satellite Navigation and Position System in Autonomous Profile Exploring Float北斗定位通信系统在自持式剖面循环探测漂流浮标的应用初探
8.goal-oriented parser面向目标的剖析程序
9.Analysis on longitudinal profile evolution of mid-reach of Huaihe River from Honghekou to Fushan淮河中游洪河口至浮山河段纵剖面演变分析
10.Discussion on Representation of Hatch Area,Structure behind Section Cutting Plane and Sectional Drawing in Standard of Drawings制图标准中剖面区域、剖切面后结构及断面表示法的商榷
11.The symbols used to distinguish between different materials in sections as shown in following table.剖面符号与机件的材料有关，下表是国标规定常用材料的剖面符号。
12.map, geographical, printed (incl. sectors for globes; excl. those in relief)印制的地理图（包括地球扇形剖面图,不包括浮雕式）
13.buoy with chequers方格浮标方格纹浮标
14.middle ground buoy中部浅滩浮标中沙浮标
15.buoy repeater statio浮标中继站中继站浮标
16.A STUDY ON THE SEDIMENTARY FACIES OF STAN- DARD SECTION OF SHIXI FORMATION AND ITS STRATIGRAPHIC SIGNIFICANCE石溪组标准剖面的沉积相研究及其地层意义
17.Study on Substitute Indices of Summer Monsoon in the Xifeng Section and Reconstruction of Paleoclimate;西峰剖面夏季风替代性指标研究及古气候重建
18.Exploration on Active Faults and Establishment of Quaternary Key Sequences in Changchun City;长春市活动断层探测及第四纪标准剖面的建立

相关短句/例句

ARGO floatsARGO浮标
1.The temperature and salinity profiles of the ARGO floats in the warm pool of the northwestern Pacific were analyzed.分析了西北太平洋暖池区2002和2003年夏季ARGO浮标得到的次表层温度和盐度剖面,结果表明大多数台风经过暖池区时,会引起海面盐度下降,这与Kwon和Riser等在大西洋观测到的飓风过后海面盐度上升的结论不同,表明西北太平洋暖池区特有的上层结构以及台风在此海域的降雨与大西洋不同,结果对研究西北太平洋暖池区的混合层混合和热交换过程有重要意义。
3)Argo floatArgo浮标
1.A dataset of 4 Argo floats deployed in the South China Sea (SCS) was analyzed for understanding the circulation and temperature-salinity (T/S) profiles in the upper ocean in the SCS, with emphasis on trajectory, T/S structure, and drifting velocity.对投放在南海内部的4个Argo浮标轨迹特征,温、盐结构及漂移速度进行诊断分析发现,Argo浮标剖面温、盐观测结果和气候态资料一致,同时上层海洋温、盐剖面资料表现出周期约2月的扰动信号,并且温跃层起伏与同期海表高度异常相关显著。
2.Based on the principle about the operating and measuring character of the ARGO float, we analyse the main error source in estimating the mid-depth current by the floats, as follows: the first is drifting on.根据ARGO浮标工作原理和实际浮标资料的特点,分析了在提取中层海流过程中的主要误差来源:1)浮标观测循环过程中,下潜开始(上浮结束)时刻与末次(首次)定位时刻之间的表面漂流;2)浮标下潜(上浮)过程中垂直流切变;3)卫星定位误差以及浮标实际水下漂流的深度等等,有针对性地提出了较严格的质量控制方案。
4)profiling float剖面浮标
1.Several underwater observing technique for military and Navy-civil dual-use,such as autonomous profiling float,underwater vehicle and underwater autonomous survey platform etc developed by foreign countries in recent years is summarized.综述了近年来国外重点发展的自持式剖面浮标、水下滑翔器、水下自航式观测平台等几种军民两用的海洋水下观测高新技术,分析了它们的特点和关键技术。
5)Argo floats dataArgo浮标数据
6)section detection buoy剖面探测浮标
1.It is introduced the development progress of section detection buoy technique , the discussing of key technique of sea section detection buoy , the studying of self control section detection buoy and its application foreground in our country .本文简述了剖面探测浮标技术的发展过程,讨论了剖面探测浮标的主要关键技术,介绍了我国正在研制中的自持式剖面探测浮标及其应用前景。