珠江口

  • 网络the pearl river estuary;Pearl River Delta
珠江口珠江口
  1. AGP试验在珠江口监测的应用

    TESTING Application of Algal Growth Potential Experiment Carried at the Pearl River Estuary Monitor

  2. 珠江口海洋动物体的石油烃

    Petroleum hydrocarbons in marine animals from the Pearl River Estuary

  3. 珠江口盆地C(30)4-甲基甾烷的研究

    Study on c_ ( 30 ) 4-methyl steranes of Pearl River Mouth Basin

  4. 珠江口水域化学耗氧量(COD)的分布特征

    Distribution Feature of COD in the Waters of Pearl River Estuary

  5. 珠江口以东陆架沉积物U、Th的分布

    Geochemical studies on u and th in sediments from the continental shelf east of the Pearl River mouth

  6. 南海东北部和珠江口沉积物的~(57)Fe穆斯堡尔谱学研究

    ~ ( 57 ) fe m ■ ssbauer spectroscopic studies of sediments in northeastern South China Sea and Zhujiang River mouth

  7. 珠江口外海区沉积物~(210)Pb波动与沉积环境因子关系研究

    A study on the relation between ~ 210pb fluctuations and environmental factors of marine sediments off the Pearl River mouth

  8. 珠江口土地利用变化推测的CBR方法

    The CBR Approach with the Inference of Land Use Change at Pearl River Estuary

  9. 珠江口颗粒物Ba的解吸作用对其入海通量的影响

    Influence of the desorption of BA in the Zhujiang River Estuary on its flux into the ocean

  10. 最后,设计出珠江口水域AIS布局的总体方案。

    Finally , the overall scheme is designed for the Pearl River Delta .

  11. 珠江口AIS基站布局的研究与实现

    Research on and Realization of Layout of Base Stations for the Pearl River Delta

  12. 试验结果表明,珠江口的主要营养限制因素是磷(P),存在磷&氮双重限制;

    It is concluded that the main limit factor of nutrient salts in the Pearl River estuary is phosphorus ( P ) and that the dual limitation of phosphorus and nitrogen exists .

  13. 基于地面耦合的TM影像的大气校正&以珠江口为例

    The Atmospheric Correction of TM Imagery Based on Ground Coupling & Taking the Pearl River Estuary as an Example

  14. 用XRF法对珠江口12根沉积柱中V,Ni和Co含量进行了分析。

    The contents of V , Ni and Co in 12 sediment cores of the Zhujiang Estuary were analyzed by using XRF method .

  15. 研究了溶液pH值、离子强度、氨基酸和微量金属元素对珠江口悬浮物电泳淌度的影响。

    The effects of pH , ionic strength , amino acids and trace metals on electrophoretic mobility ( EM ) of suspended particles from Zhujiang Estuary have been described .

  16. 珠江口海域基于吸收测量的MODIS半分析算法修正

    An Amendment to MODIS Semianalytic Algorithm Based on the Absorption Measurements in the Pearl River Estuary Area

  17. AOD值与污染源区工业生产水平和气流输送密切相关,受珠三角地区工业高度发展和冷空气南下的影响,在珠江口南部出现AOD高值中心;

    AOD was closely related to the development of pollution source zone and wind transportation .

  18. 珠江口水质中BHC和DDT含量及分布的研究

    Studies of Content and Distribution of BHC and DDT in the Waters at the Pearl River Estuary

  19. 指出珠江口盆地东部地区天然气中的烃类气体(包括CO2气藏中的少量烃类气体)都是有机成因。CO2气体有有机成因、无机成因,也有混合成因。

    Hydrocarbon gas in natural gas ( including that in CO2 reservoir ) is of organic origin in eastern Pearl River Mouth Basin , While CO2 gas is either organic or inorganic or mixed origin .

  20. 沉积物的成分与BHC、DDT含量的关系亦未呈现规律性。BHC和DDT在珠江口区的分布规律反映了该区水文泥沙运动的特征。

    It can be illustrated that the distribution regular of BHC and DDT reflects the hydrodynamic character in Zhujiang Estuary .

  21. 珠江口及附近海域生物体中BHC和DDT的含量研究

    Studies on the Contents of BHC and DDT in the Organisms in the Pearl River Estuary and Adjacent Sea Area

  22. 夏季珠江口层型水体稳定存在,伶仃洋COD出现表高底低的垂向浓度分层现象。

    The COD concentrations in the surface were higher than in the bottom and appeared to have a stratification pattern due to the water stratification in the estuary during the summer .

  23. 研究结果表明,珠江口沉积颗粒物表面皮膜中与Fe,Al氧化物相结合的硅绝大多数源于河流溶解态硅酸的移出过程,其含量约占反应性沉积硅总量的30%。

    Results show that , silicon bound to Fe , Al oxides in the coatings of sedimentary particles , accounting for 30 % of total reactive silica , derives from the removal of riverine dissolved silica .

  24. 结果表明,2000年珠江口生物体主要残留物为As、Cd、Pb,其污染负荷比分别为36.8%、25.6%和19.8%;

    The analysis results show that the main residues in the animal muscles are As , Cd and Pb with the pollution duty ratios of 36.8 % , 25.6 % and 19.8 % , respectively .

  25. 根据生物标志化合物组合特征,珠江口盆地番禺低隆起凝析油可分为A类油和B类油,其中A类油又可分为A1类油和A2类油。

    Condensates in Panyu Low Uplift , Pearl River Mouth basin , can be divided into Type A and B , with Type A into Sub-type A1 and A2 , according to their biomarker combinations .

  26. 珠江口水体、沉积物及水生动物中HCHs和DDTs的含量与生态风险评价

    Risk assessment and investigation of HCHs and DDTs in the water , sediment and aquatic animals from the Pearl River Estuary in China

  27. BAES盆地模拟评价系统及其在珠江口盆地的应用

    The baes system of basin simulation and evaluation and its application in the Pearl River Mouth Basin

  28. 用FY-1D数据估算珠江口海域悬浮泥沙含量

    Study on Estimating the Suspended Sediment Concentration in the Pearl River Estuary Using FY-1D Data

  29. 今年5月我国已在长江口和珠江口组建了AIS网络,主要用于船舶交通管理系统,在其他方面的拓展应用还很少。

    The AIS network was built on the Changjiang and zhujiang in our country in the May this year , mainly applying in ship traffic management system , but there is little application in other fields .

  30. 珠江口盆地东部和台湾西部海域广泛分布的海相中生界发育3个方向的4种断层:NE向逆断层、NE向正断层、WNW&EW向正断层和NW向左行平移断层。

    Four types of faults trending in three directions have developed in marine Mesozoic of the eastern Pearl River Mouth basin and offshore western Taiwan , including NE ? trending reverse faults , NE ? trending normal faults , WNW-EW ?