长江口

  • 网络Changjiang Estuary;the yangtze river estuary;yangtze delta
长江口长江口
  1. 长江口典型丁坝坝头冲深计算模式选择与验证

    Model selection and verification for a typical spur dike 's scour depth in the Yangtze River Estuary

  2. 新型轻质模型沙&沥青沙已成功用于长江口深水航道工程泥沙模型。

    A new light model sand-asphaltic sand was used in the Yangtze river estuary sediment model , the applied result is successful .

  3. 长江口细颗粒泥沙对Pb、Cd、Cu的吸附

    The Adsorption of Fine Sediment for Pb , Cd , Cu

  4. 长江口刀鲚遗传多样性的随机扩增多态DNA(RAPD)分析

    Genetic diversity in Coilia ectenes by RAPD analysis

  5. 长江口滨岸湿地CH4和CO2的排放和吸收

    Emission and Consumption of CH_4 、 CO_2 in Coastal Wetland of Yangtze Estuary

  6. 长江口邻近陆架~(210)Pb的地球化学特征

    Geochemistry features of Pb-210 in the estuary of the Changjiang River and its adjacent shelf

  7. 长江口营养盐(N,P,Si)分布与变化特征

    Distribution and characteristics of nutrients ( n , p , si ) in the estuary of Changjiang River in june , 1980

  8. 长江口悬浮体中Pb、Mn、Cd、Fe的形态分析

    The Forms of Pb , Mn , Cd and Fe in the Suspensoid from the Estuary of Changjiang River

  9. 长江口深水航道第一期工程GPS控制网及其转换参数

    The GPS control network and it 's transformation parameters of the first stage deep water channel project in the entrance of Yangtze river

  10. 长江口吴淞-浏河滨岸带沉积物AVS和SEM含量的空间分布特征

    Contents and spatial distributions of AVS and SEM in Wusong-Liuhe coastal sediments in Yangtze Estuary

  11. 1首先分析了长江口SST的日变化。

    Firstly it is analyzed the daily SST variation in the Changjiang estuary .

  12. 东方对虾(Penaeusorientalis)在长江口外海区的索饵特性研究

    Feeding Characteristics of Penaeus orientalis at the Outer Zone of the Changjiang Estuary

  13. 长江口海域悬浮颗粒物质的行为Ⅱ.1986年1月悬浮颗粒中Fe、Cu和Pb的分析

    Behaviors of suspended particulate materials in Yangtze River Estuary ⅱ . analysis of fe , Cu and Pb of suspended particulate materials in January 1986

  14. 采集长江口下游的崇明东滩沉积物样,通过实验模拟研究盐度和pH对沉积物中NH4+释放的影响。

    The regulatory effects of salinity and pH on NH4 + dynamics in tidal flat sediments have been studied in East Chongming tidal flat , using sediment slurries .

  15. 城市尾水外排长江口的氧化还原环境监测及其对重金属Hg,Cr形态的影响分析

    Monitoring of the redox environment caused by city tail water discharged into Changjiang Estuary and effect on it forms of Hg , Cr

  16. 应用ADP探测长江口区泥沙浓度的实验研究

    The Test Using Signal Strength Data to Monitor Suspended Sediment Concentration in Changjiang Estuary

  17. 长江口潮滩含氯有机物的分布及与TOC、粒度的相关性

    Distribution of Poly chlorinated Organic Compound in Yangtze Estuary and its Correlation with TOC and Particle Size

  18. 长江口滨岸水体悬浮颗粒物中PCBs分布特征

    Distribution of Polychlorinated Biphenyls ( PCBs ) in Suspended Particulate Matters from the Yangtze Estuarine and Coastal Areas

  19. 长江口滨岸POPs多介质累积、迁移及生态风险

    Accumulation , transformation and ecological risk assessment of POPs in multi-phases from the Yangtze Estuarine and coastal ecosystem

  20. ADP和OBS观测支持下的长江口悬沙动力过程研究长江口附着生物的分布

    A Study of Suspended Sediment Dynamic Processes Based on Observations Using ADP and OBS in the Changjiang Estuary

  21. 介绍GPS定位技术在长江口深水航道治理工程中的创新应用,其中有GPS区域控制网、高程异常网的建立;

    This paper introduces the innovative application of GPS positioning technique in Yangtze Estuary Deepwater Channel Regulation Project , including establishment of a Local GPS Control Network and Elevation Anomaly Control Network ;

  22. 2分析了长江口SST的季节变化,一年中长江口SST最高值出现在8月份,最低值出现在2月份。

    The seasonal SST variation in the Changjiang estuary is studied . The highest SST appears in August and the lowest SST in February among a year .

  23. 夏季,沿冲淡水方向ATP出现两个峰值,第一峰值出现在长江口的最大浊度带,由细菌所贡献;

    In summer two maxima of ATP were found along the salinity gradient , the first one coincided with turbidity peak near the river mouth and was attributed to bacteria .

  24. 用连续分步提取法、DTPA法和稀HCl法分别对长江口滨岸潮滩表层沉积物中的活性Cr、Pb、Cu、Zn进行了提取分析。

    The concentrations of active Cr , Pb , Cu , and Zn in the intertidal sediments of Yangtze estuary were extracted by three extraction procedures ( Tessier sequential extraction , DTPA and HCl ) .

  25. 通过对遥感监测泥沙原理和MODIS传感器特征的分析,应用不同时间的MODIS影像进行长江口及其附近海域的悬浮泥沙监测。

    Remote sensing detection of suspended sediment was carried out in the Yangtse River estuary by the utility of MODIS images and analysis of principles of sediment remote sensing detection .

  26. 依据荧蒽/芘之比以及2+3环与4环以上PAHs化合物分布特点,表明长江口近岸潮滩沉积物中PAHs主要来自石油类污染物的输入。

    Petroleum-derived contamination may be dominant source in the study area , depending on the distributions of fluoranthene / pyrene and 2 + 3 ringed and 4 ringed PAHs compounds in surface sediments .

  27. 利用Landsat7ETM+遥感图像反射率和实测水深值之间的相关性,建立了动量BP人工神经网络水深反演模型,并对长江口南港河段水深进行了反演。

    A momentum BP neural network model ( MBPNNM ) was constructed to retrieve the water depth information for the South Channel of the Yangtze River Estuary using the relationship between reflectance derived from Landsat ETM + satellite data and water depth information .

  28. 长江口沉积物中SVOCs的空间分布趋势

    Spatial Distribution of Semivolatile Organic Compounds in the Sediments of Yangtze River Estuary

  29. 采用原位静态箱法对长江口崇明东滩(CM)湿地3种主要温室气体CO2,CH4和N2O的排放、吸收通量进行现场测定。

    Using static closed chamber technique , the emission and uptake fluxes of three primary green-house gases ( CO_2 , CH_4 and N_2O ) were measured on the spot in the Chongming east intertidal flat ( CM ) .

  30. 采用河口海岸三维模型(POM模型)计算了杭州湾、长江口的潮致流场。

    The oil pollution of wastewater containing oil in tidal areas of the Changjiang Estuary and Hangzhou Bay is calculated by using the Princeton Ocean Model ( POM ), which is a three-dimensional model .