水深测量

shuǐ shēn cè liánɡ
  • Bathymetric survey;sounding;water depth measurement
水深测量水深测量
  1. 多波束测深系统作为一种海底宽覆盖高精度水深测量设备,除水深测量之外,在海底地貌测量、底质分类等领域也被广泛应用。

    Multibeam bathymetric system as a wide-coverage and high-precision water depth measurement device , can be widely applied in the field of the water depth measurement , the measurement of the seafloor topography , sediment classification and other fields .

  2. 差分GPS水深测量系统在港口工程中的应用

    Application of DGPS water depth measuring system in harbor project

  3. RTKGPS技术在水深测量中的应用

    Application of RTK GPS Technology to Water Depth Surveying

  4. 星载SAR浅海水下地形和水深测量模拟仿真&水下地形高度、坡度和方向与可测水深分析

    Simulation study of sea bottom topography mapping by spaceborne SAR-Relationship between topographic parameters and measurement of water depth

  5. 目前,将差分GPS水深测量系统运用到航道普查还是一次新的探索。

    At present , to apply the differential GPS bathymetric survey system in channel general survey is still a new trial .

  6. RTK高精度定位技术在水深测量中的应用分析

    RTK High Accuracy Positioning Technology in Water Depth Survey Application and Analysis

  7. DGPS在航道的水下地形与水深测量中的应用示例

    An application of DGPS in Bottom Topography and Bathymetry of Channel

  8. DGPS水深测量的误差改正

    Error Correction in Water-depth Surveying Using DGPS

  9. SILAS适航水深测量系统测试研究

    The Test of SILAS Sounding System

  10. 本文简述了运用傅立叶变换(FT)的原理、对水深测量中的信号及噪声,通过设计恰当的滤波器、剔除噪声、保留水深信号的具体原理和方法。

    This paper briefly discussed the detailed theory and method by designing proper filter , eliminating noise to reserve signal of depth applying the theory of FT in sounding .

  11. 通过实例探讨在水深测量中采用RTK-GPS测高代替水位观测,并简单介绍利用PTK-GPS测高模拟波浪改正的问题。

    Adopting RTK-GPS to survey height instead of water level observation in bathymetric survey is discussed through a practical example , and some questions concerning wave correction simulation using RTK-GPS is approached .

  12. 水深测量中水位数据处理方法及程序开发

    Processing method and programming of water level data for bathymetric survey

  13. 内河航道水深测量中提高水位改正精度的实践

    Some Notes in Sounding Precision Improving in Hydrographic Surveying of Inland Waterway

  14. 声速是多波束测深系统进行水深测量的重要参数。

    Acoustic velocity is an important bathymetric parameter for the multibeam sounding system .

  15. 地面灌溉水深测量仪的研制及性能测试

    Development and performance measurement of water depth measuring device applied for surface irrigation

  16. 水深测量中感潮水域通常采用分带法进行水位改正。

    Zoning-method is usually applied to correct water-level in water-depth survey in tide-sensitive areas .

  17. 充分利用水深测量资料指导生产

    Utilizing Water Depth Survey Data to Guide Production

  18. 多期水深测量数据拟合处理及冲淤分析计算

    Simulated Processing of Data from Multistage Depth Surveys and Analysis of Erosion and Accretion

  19. 机载激光水深测量精度分析

    Analyses of Depth Accuracy for Airborne Laser Bathymetry

  20. 水深测量数据处理中的粗差探测技术

    Gross Error Detecting Technique in Sounding Data Processing

  21. 星载多光谱浅海水深测量方法

    Method of Satellite-borne Multispectral Bathymetry in Shallow Water

  22. 傅立叶分析在水深测量中的应用

    The Application of Fourier Analysis in Sounding

  23. 适航水深测量技术介绍与探讨

    Discussion on Measuring Technique of Navigable Depth

  24. 感潮水域水深测量数据处理中的水位改正

    Water level correction in the processing of water-depth survey data in the tide-sensitive water area

  25. 水深测量的误差因子分析

    Analysis for Error Factor in Sounding

  26. 水深测量改正值的探讨

    On corrections for water depth measurements

  27. 关于水运工程水深测量深度误差限值的探讨

    Investigation on the Error Limit of Depth through Bathymetric Survey in Port and Waterway Engineering Project

  28. 论瞬变电磁测深法的探测深度水深测量中的声速改正问题研究

    On surveying depth by transient electromagnetic sounding method Sound Velocity Correction and Depth Reduction in Sounding

  29. 水深测量改正值的探讨地震活动性的标度

    Corrections in Sounding SEISMICITY SCALE

  30. 天津港水深测量平均系统误差的可行性探讨

    Discussion on Feasibility of Average Systematic Error Theory to the Measurement of Water Depth in Tianjin Port