黄海

huáng hǎi
  • the Huanghai Sea;the Yellow Sea
黄海黄海
黄海 [huáng hǎi]
  • [the Yellow Sea] 亚洲东部三大边缘海之一。北起鸭绿江口,南至长江口北岸,面积38万平方公里

黄海[huáng hǎi]
  1. 论黄海地区第四系划分的若干标志

    Signs of classification of Quaternary System in the Huanghai Sea

  2. 黄海春季海雾形成的气候特征

    Climatic characteristics of sea fog formation of the Huanghai Sea in spring

  3. 基于GIS的东黄海渔场影响因子分析

    Analysis of the Fishery Factors Based on GIS Method in the East and Yellow Sea of China

  4. 黄海和渤海沉积物~(210)Pb活度的分布特征

    Distribution of ~ ( 210 ) Pb activity of sediments in the Yellow and Bohai seas

  5. 黄海和东海小黄鱼遗传多样性的RAPD分析

    Genetic diversity in small yellow croaker ( Pseudosciaena polyactis ) by RAPD analysis

  6. 目前5级以上地震的主要危险区在35°N线以南、中北黄海地区。

    At present , the main danger area lies in the central and northern Huanghai area , the south of 35 ° N .

  7. 黄海海底辐射沙洲区的M2潮波潮汐响应分析的非线性效应及太阳辐射潮

    M 2 Tidal Wave in the Yellow Sea Radiate Shoal Region THE NONLINEAR EFFECTS OF THE RESPONSE ANALYSES OF TIDES AND RADIATIONAL TIDES

  8. 用实测海水透明度数据和NOAA卫星数据计算黄海悬浮体含量

    Calculating the suspended matter content in the Yellow Sea with the seawater transparency data and NOAA satellite data

  9. 在北黄海中部,黄海混合水范围内,由于强烈的生物活动,形成了较大范围的大气CO2汇区;

    Because of the strong biological activity , the central region occupied with the Yellow Sea mixing water acted as a large sink of atmospheric CO2 during the autumn .

  10. 本文用能谱方法分析了黄海的海表面水温(SST)场的准周期变化。

    Quasi-periodic variations of the sea surface temperature ( SST ) field from Huanghai Sea are analysed by using the energy spectrum method .

  11. 鳀鱼(Engraulisjaponicus)是黄海生态系统的关键种。

    Anchovy ( Engraulis japonicus ) is a key species in the Yellow Sea ecosystem .

  12. 夏季,层化加强,上混合层厚度加深至约10m,温跃层强度比较大,并且黄海强度大于东海;

    Summertime , stratification strengthens , and mixed layer depth is deeper ( about 10 meters ), and the thermocline is stronger .

  13. 扬子鳄盛衰与环境变迁秋季东、黄海异养细菌(HeterotrophicBacteria)的分布特点

    The Rise and Fall of Alligator Sinensis and Vicissitudes of Environment THE DISTRIBUTION OF HETEROTROPHIC BACTERIA AND SOME RELATED FACTORS IN THE EAST CHINA AND YELLOW SEAS DURING FALL

  14. 末次冰消期以来古黄海的环境演变及YD事件研究

    Study on Environment Change of Ancient Yellow Sea Since Last Deglaciation and Younger Dryas Event

  15. 本文对渤海、黄海、东海在1920~1994年期间0m、50m、100m、200m层温盐观测资料的时间和空间分布做了统计分析。

    Time and space distribution of temperature and salinity on Om , 50m , 100m and 200m from 1922 throuth 1994 is studied statistically .

  16. 在洋山岛地区,利用该方法将黄海高程由陆地传递到距离上海芦潮港30km的洋山岛上。

    Using this method , the Yellow Sea Height Datum is transferred to Yangshan Island which is 30 km faraway from Shanghai .

  17. 在多年观测资料基础上,以月平均风应力和周平均海表水温(SST)作为外强迫,对黄海、渤海热结构进行了数值模拟。

    The thermal structures of the Bohai Sea and the Huanghai Sea are analyzed by observations and simulated by POM model with monthly mean wind stress and weekly surface water temperature as external forcing respectively .

  18. 南黄海中部E2柱样和中国东部上地壳的稀土分布模式一致,而与深海沉积物的稀土分布模式相差较大,反映了黄海沉积物和中国大陆壳的亲缘性。

    The REE model of E2 hole in the south Yellow Sea is similar to the eastern China upper continent , but different from deep sea , indicating the good relation with China upper continent .

  19. 利用PCR-DGGE技术对长江口外低氧区海域和黄海冷水团海域的细菌群落组成进行了分析。

    Bacterial community composition and predominant bacteria were analyzed by PCR-denaturing gradient gel electrophoresis ( DGGE ) in the Yellow Sea Cold Water Mass ( YSCWM ) .

  20. 文章在介绍SAS现场测量以及数据处理基本方法的基础上,分析了2002年黄海试验SAS的应用效果,并与剖面法测量数据进行了比对。

    In this paper authors introduces the main measuring and processing method of the SAS , analyzes the results derived from the Yellow Sea in 2000 , and compares them with the results from profiling calculation method .

  21. 虽然YESA仅仅出现在大气边界层(ABL)中,但对我国黄海西北部海雾季节的开始具有重要影响。

    YESA is confined in the atmospheric boundary layer ( ABL ) but highly influential on the onset of sea fog season on the Chinese coast .

  22. 东中国海Lagrange环流的模拟结果表明:潮致余流在黄海和东海北部的浅水区较为显著,而在深水区和东海陆架南部较弱;

    Results of lagrange circulations indicate : tidal residual circulations are more evident in the shallow water of the Yellow Sea and North of the East Sea , but weaker in the deep water and South of the East Sea shelf .

  23. 北黄海盆地结晶基底北低南高。V.C高;

    The crystallized basement is higher in the north and lower in the south .

  24. 主因子3为Protelphidiumtuberculatum组合,代表外延的古黄海冷水团;

    Factor 3 ( Protelphidium tuberculatum assemblage ) represented the extension paleo-cold-water-mass of the Yellow Sea ;

  25. 本文在讨论了太阳辐射计的标定、大气气溶胶光学厚度的计算和Angstrom参数的计算等问题的基础上,介绍了利用多波段太阳辐射计对黄海海域气溶胶光学厚度的洲量和研究。

    In this paper , the calibration of sun photometer , the calculation of atmospheric aerosol optical thickness and the Angstrom parameters a and β obtained from aerosol optical thickness are discussed .

  26. 黄海冷水团(YSCWM)及其环流是中国近海最突出的物理现象之一。

    The Yellow Sea Cold Water Mass ( YSCWM ) and its circulation are one of the most outstanding phenomena in the China Sea .

  27. 太平洋磷虾(Euphausiapacifica)隶属于节肢动物门甲壳纲,为北太平洋亚北极区的优势种,广泛分布于远东海域、黄海及台湾海峡附近。

    Euphausia Pacifica which belongs to Arthropoda Crustacea , is the subarctic dominant species , distributing broadly in Far East sea area , Yellow Sea and Taiwan Strait hereabout .

  28. 黄海鲐鱼(PneumatophorusjaponicusHouttuyn)渔业生物学研究Ⅰ.黄、渤海鲐鱼洄游分布的研究

    Studies on the fisheries biology of mackerel ( pneumatophorus japonicus houttuyn ) in the Yellow Sea ⅰ . on the migratory and distributional patterns of mackerel in the Yellow Sea and Bohai Sea

  29. 此次争议与2002年的一起事件类似,当时中国海军舰船对一艘在黄海的美国海军监测船鲍迪奇号(USNSBowditch)进行了监视。

    The controversy is similar to an incident in 2002 , when Chinese naval vessels shepherded the USNS Bowditch , a US Navy survey vessel in the Yellow Sea .

  30. 对从黄海冷水团附近海域的底泥中分离到的一株新型海洋趋磁细菌YSC-1的磁特性进行了分析。

    Magnetic properties of a novel marine magnetotactic bacterium YSC-1 , which was isolated from sediments near cold mass of the Yellow Sea , was analyzed in this study .