海洋测量

  • 网络marine survey;marine surveying
海洋测量海洋测量
  1. 激光扫描测量技术在海洋测量领域中的应用及技术发展趋势

    Application of Laser Scanner Measurement to Marine Survey and Its Technical Development Trend

  2. 近海海洋测量瞬时海面数学模型

    Mathematic Models of Instantaneous Sea Level in Marine Survey

  3. 作者从研究海洋测量仪器过程中对数据接收处理系统的开发实践出发,通过实例对利用VB开发微机数据采集与处理软件的一些关键技术作了介绍。

    Based on the investigation of data receiving and processing system of the ocean measurement instru - ment , key technology of data collecting and processing with a computer using VB language is introduced with illustrations .

  4. 海洋测量内外业一体化软件包的研制

    The Development of the Integrating Software Used in Marine Surveying

  5. 选择用于制作海洋测量传感器的环氧树脂

    Selecting Epoxy Resin Used for the Transducers of Ocean Measurement

  6. 海洋测量误差处理技术研究

    Error Theory Research in Processing Data of Marine Surveying

  7. 海洋测量专家梁开龙教授

    Professor Liang Kai-long , An Expert in Marine Surveying

  8. 海洋测量信息处理技术的发展

    Development of the technology in marine surveying information processing

  9. 海洋测量技术研究进展与展望

    Progress and Prospects of Hydrographic Surveying Technology

  10. 海洋测量成果的质量控制

    Quality Control on Marine Survey Results

  11. 基于通用图形平台的全数字单波束海洋测量和成图一体化系统开发和应用

    Study on Integrated System on Digital Single - Beam Hydrographic Surveying and Charting Based on the Universal Software AutoCAD

  12. 浮筏减振降噪技术在某型海洋测量船上的应用

    The application of raft anti-vibration and noise reduction technology on an oceanographic survey ship SURVEY Spacecraft Remote Sensing and Oceanographic Survey

  13. 本文介绍声光传感器的原理、设计、制作工艺、测试方法和在海洋测量中的应用。

    The principle , design , and technology of an Acoustooptical Transducer is described . It 's test method and application to ocean measurement is presented .

  14. 在海洋测量中特别是大比例尺海洋工程水深地形测量中,极易产生水深数据的误差。

    The errors in water depth data are easy to be generated in the marine surveys , especially in the large scale bathymetric surveys for marine engineerings .

  15. 对海洋测量中的延时效应进行了分析,给出了系统性延时效应的探测及改正方法。

    Based on the analysis of the latency effect between positioning and sounding in marine surveying , the detecting and correctional methods are presented in this paper .

  16. 海洋测量技术的进步,要求我们更多地致力于测量结果的处理,以得到尽可能准确的定位参数。

    With the development of marine surveying techniques , in order to obtain the position parameters as accurate as possible more attention should be paid to the data-processing .

  17. 海洋重力测量的厄缶(Eotvos)校正取决于船的导航定位数据间的关系。

    The Eotvos correction in offshore gravity survey depends on the relationship of ship 's navigation positioning data .

  18. 海洋重力测量数据处理系统MGDPS及其应用

    A Marine Gravity Data Processing System ( MGDPS ) and its Application

  19. 实地光谱测量采用NASA海洋光学测量规范推荐的水面之上光谱测量法,分别测量标准板、水面和天空光的辐照度,计算水面之上遥感反射率。

    Above-water spectrum measurement method recommended by NASA ocean optical measurement criteria was employed to measure the in-situ spectrum of surface water . The radiance of standard plate , water surface , and sky illuminance was measured , respectively , to calculate the remote sensing reflectance of the water surface .

  20. 通过对常用的数值逼近方法的分析和研究,针对海洋磁力测量的特点,仿真计算分析了移动曲面法、Hardy多面函数法、Shepard法和Kriging法在不同情况下的插值精度。

    With the analysis and study of general numerical approximation methods , according to the characteristic of the marine magnetic survey , moving curved surface method , Hardy polyhedral function method , Shepard method and kriging method are emulated and analyzed in case of different interpolation accuracy .

  21. 海洋重力测量误差补偿两步处理法

    Two-Step Processing for Compensating the Systematic Errors in Marine Gravity Measurements

  22. 海洋综合测量声学系统间信号干扰的分析

    Analysis of Acoustic Signal Interference in an Ocean Integrated Surveying System

  23. 海洋要素测量系统的控制存储电路设计

    The Control and Storage Circuit of the Ocean Elements Acquisition System

  24. 海洋内波测量技术研究

    A Study on the Measurement Technique for Marine Internal Wave

  25. 海洋磁力测量系统误差来源分析

    Research for Source of Systematic Error in Marine Magnetic Survey

  26. 海洋重力测量粗差判断及精度提高方法

    Methods for Estimating Careless Error and Improving Precision in Oceanographic Gravity Survey

  27. 海洋磁力测量中测线方向的选择方法

    Selecting Method of Survey Line Direction in Marine Magnetic Survey

  28. 海洋光学测量仪器保护框架强度的分析计算

    Calculate the Strength of Protect Frame of Marine Optical Instrument

  29. 海洋磁力测量中确定最佳拖曳距离的一种方法

    Calculative Method for Optimum Daggle Interval in Marine Magnetic Survey

  30. 海洋磁力测量仪器系统检验方法研究

    Research on the Method of Instrumental System Tests in Marine Magnetism Surveying