南海

nán hǎi
  • the Nanhai Sea;the South China Sea;Nanhai
南海南海
南海 [nán hǎi]
  • [South China Sea] 亚洲东部三大边缘海之一。位于中国广东、广西之南和马来群岛之间,面积360万平方公里,平均深度1212米。是太平洋至印度洋的必经海域,海底大陆架藏有石油资源。海南岛、东沙、西沙、中沙、南沙等岛屿在此海内

  • (1) [Nanhai]

  • (2) 县名,在广东省境内,现已并入广州市

  • (3) 对康有为的尊称,其字亦为南海

  • 南海之生死未可卜。-- 清. 梁启超《谭嗣同传》

南海[nán hǎi]
  1. 开发南海是振兴海南经济的希望所在

    Exploiting the Nanhai Sea is the hope to vitalize hainan 's economy

  2. 3种船用钢在南海海洋环境中8年的腐蚀行为

    Corrosion Behaviors of 3 Kinds of Steels Exposed in the Nanhai Sea for 8 Years

  3. 南海岸魅力稍逊,但却有很多干净漂亮的宾馆。

    The south coast is less glamorous but full of clean and attractive hotels .

  4. 凤凰的姊妹从南海径直飞往北海。

    Wan1 zhou , phoenix 's sister , flew from South sea from North Sea directly .

  5. 传说故事中,南海的君王叫做“倏”,北海的君王叫做“忽”,中央的帝王叫做“浑沌”。

    Legends hold that Shu was the king of the south sea . Hu was the king of the North Sea , and Hun Dun was the king of the center .

  6. 南海的皇帝,名字叫“鯈”;北海的皇帝,名字叫“忽”;中央的皇帝,名字叫“浑沌”。

    The emperor of the South Sea was named " Tiao " , the emperor of the North Sea was named " Hu " , and the central emperor " Hun Dun " .

  7. 每当它盘旋在空中,就会带来一阵旋风,它一次奋飞9万里,翱翔在蓝天雾海,直到南海。

    When it wheeled up into the air a whirlwind arose , and in each flight it covered ninety thousand li , flying above the misty vapours under the sky , to the Southern Ocean .

  8. 南海北部秋季营养盐、溶解氧、pH值和叶绿素a分布特征及相互关系

    Distribution of Macro-nutrients , Dissolved Oxygen , pH and Chl a and Their Relationships in Northern South China Sea

  9. 南海贻贝观察:广东沿海牡蛎体中Zn含量水平及其变化趋势

    The South China Sea mussel watch : Concentrations and variation tendency of zinc in oysters collected from Guangdong coastal waters

  10. 南海石化汽电联产项目EPC总承包设计管理模式的探索

    Explore Design Management Method for EPC Contracting Of CSPC Nanhai Petrochemicals Steam & Power Project

  11. POM对南海海温年变化的模拟

    Simulations of the Annual Cycle of the South China Sea Temperature by POM

  12. 补给船用于PLA南海舰队在广州的“黄埔”(Huangpu)造船厂建造。

    The ship is built by Huangpu Shipyard in Guangzhou for the PLA South Sea fleet .

  13. 南海海洋红树林真菌2560号多糖A2的研究

    The Polysaccharide A2 from the Marine Mangrove Endophytic Fungus No. 2560 from the South China Sea

  14. 南海形成的台风数与北太平洋SST关系分析

    Correlation between annual frequency of typhoon formed on South China Sea and the surface sea temperature in the North Pacific Ocean

  15. 在近期所获大量新的地质地化资料基础上,重点对南海北部大陆架边缘盆地CO2成因及运聚成藏的主控因素进行了研究,并对可能的高CO2风险区进行了初步预测。

    Based on the geologic and geochemical data , this paper focused on the genesis of CO_ ( 2 ) and the key control factors of its migration and accumulation .

  16. 黄土高原和南海陆架古季风演变的生物记录与Heinrich事件

    Paleomonsoon evolution and Heinrich events : evidence from the Loess Plateau and the South China Sea

  17. 应用海洋内孤立波2层流体模型的SAR遥感反演技术,对南海北部内孤立波SAR遥感反演进行了初步研究。

    A preliminary study of SAR remote sensing inversion of internal solitary waves in the north of the South China Sea was made by using the two-layer fluid model of oceanic internal solitary waves .

  18. 南海深水海盆区现代沉积作用的初步探讨用DDT测年法研究东海大陆架现代沉积作用

    A preliminary study on modern deep sea sedimentation of South China Sea Recent Sedimentation estimated by DDT dating in the Donghai Sea continental shelf

  19. 南海的平均T-S,S-Z,T-Z特性

    Characteristics of average t-s , s-z and t-z in the South China Sea

  20. U(37)~K,δ~(18)O沉积地层记录:南海北部末次盛冰期以来SST和海面变化

    Stratigraphic record of U_ ( 37 ) ~ K ,δ ~ ( 18 ) O : SST and sea level change in the northern part of South China Sea since the last glacial period

  21. 1983年8311号台风(Georgia)穿越南海北部某测流站,从而获得了四个层次的台风下实测海流资料。

    In 1983 , Typhoon No. 8311 ( Georgia ) passed a current measure ment station in northern South China Sea and ocean current data at four levels were thus obtained .

  22. 利用彩色显示回声探测仪在南海北部水域中测到的图象进行调查底栖鱼类和DSL的垂直移动;

    This paper is based on photographs which were detected by a colour-sounder surveying demersal fishes and DSL rhythmic vertical migration in the northern part ' area of South China Sea .

  23. 南海中部,越南以东海域出现由暖涡W3和冷涡C3组成的一个准偶极子。

    In the central SCS , a stronger anti - cyclonic eddy W3 and a cyclonic eddy C3 compose a quasi-dipole in the area southeast of Vietnam .

  24. 方法1999-11/2004-11在广州中医药大学附属南海妇产儿童医院住院的不孕妇女或疑为EM经腹腔镜检查证实为EM的患者276例,双侧完全性输卵管阻塞患者或男方精液异常者不包括在内。

    Methods Among the 276 patients of infertility women or uncertain EM and then EM patients treated by celioscope are in our hospital ( 1999-11 / 2004-11 ), except patients of double-side perfectibility fallopian tube emphraxis or male patients of semen abnormalities .

  25. 选取南海北部内波SAR影像,分别利用基于NLS方程的SAR探测模型和基于KdV方程的SAR探测模型,反演了内波的半宽度和振幅,并与一些实测数据进行比较。

    Half-width and amplitude of internal waves are obtained respectively from the selected SAR images of internal waves in the northern South China Sea using SAR detection models based on NLS equation and KdV equation , and the comparison with in situ data is made .

  26. 假定运动为正压,在西南季风盛行期间,讨论了南海北部陆坡海域的地形Rossby波的非线性相互作用。

    Under the condition of assuming that motion is barotropic during the south west monsoon wind prevailing , nonlinear interaction of topographic Rossby waves in the slope of the northern part of South China Sea is discussed in the present paper .

  27. tenuis的出现,表明该区钙质超微化石组合面貌与东海外陆架相似,和东海及南海都属于北太平洋中央水团组合。

    So this area belongs to the central zone of the North Pacific in biogeographic zonations of nannoplankton as the East China Sea and the South China Sea .

  28. 南海海洋红树林种子内生真菌2508号多糖G-22a的研究

    Studying on the Composition of Polysaccharide G-22a from the Seeds of Marine Endophytic Fungus No. 2508 from the South China Sea

  29. 上/下第三系界线置于浮游有孔虫N4带的底较为合适,南海东部公司目前所定义的珠海组的时代应归于早中新世;

    The boundary between the Neogene / Palaeogene Formation is located at the bottom of the N4 zone containing forams . The age of Zhuhai Formation defined by Nanhai East Corporation is Early Miocene .

  30. 利用美国普林斯顿入学海洋模式(POM)的南海版本(SCS-POM),研究了南海海底地形对南海海流、海面高度和海温的影响。

    The South China Sea version ( SCS-POM ) of the U.S. Princeton University Ocean Model ( PO 'M ) is used to simulate the effects of the bottom topography of the South China Sea ( SCS ) on currents , sea surface heights and temperatures in this paper .