海洋重力测量

为了有效地消除重力异常畸变对海洋重力测量的影响，得到高精度的海洋重力测量值，本文在小波理论分析的基础上，将小波分析应用到消除海洋重力异常畸变中。

In order to eliminate the effect of gravitational abnormal deform to marine gravimetric survey , and improve the precision of marine gravimetric survey , the theory of wavelet is analyzed and applied to process the gravitational abnormal data .

随着海洋重力测量技术的发展和重力仪器的更新换代，重力资料的数字处理已成为重力勘探中的一个重要组成部分。

With the renewal of the development of marine gravity survey technique and gravity meter , the gravity data handling has constituted an integral part of gravity survey .

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 .

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

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

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

卫星测高技术在海洋重力测量中的应用

Application of Satellite Altimetry Technique in Marine Gravity Surveying

海洋重力测量半系统差检验、调整及精度计算

Examination , adjustment and precision estimation of HALF-SYSTEMATIC error in marine gravity surveying

海洋重力测量实时处理系统

Real-time Processing System for Marine Gravity Measurement

静电陀螺水平平台及其在海洋重力测量中的应用

Horizontal Platform Using Electrostatically Suspended Gyroscope ( ESG ) and Its Application to the Measurement of Gravity in Ocean

论文首先对海洋重力测量的一系列理论及特殊性进行分析，讨论现有的各种海洋重力仪的工作原理及各自的优缺点。

At first , this article analyses the theory and particularity of ocean gravity measurement , then talks about the operation principle of many ocean gravimeters and their merits and demerits .

本文介绍了静电陀螺水平平合的工作原理；对于海洋重力测量进行了较详细的误差分杆；

In this paper , the basic principle of the horizontal platform using ESG is shown , and the errors when the platform was used for the measurement of gravity are discussed in detail .

这些传统的方法都是移植海洋重力测量测线网平差的方法，且除了半系统差为定值误差，其余都是基于最小二乘原理。

These traditional methods are transplanted from network adjustment of marine gravity survey . Adjustment of half-systematic error is a fixed value , besides that , other methods are based on the principle of least squares .

要想使海洋重力测量成果达到预期的精度，除了保证海洋重力仪的固有精度外，还必须把高精度的导航定位系统列为海洋重力测量的主要仪器设备。

In order to reach expected accuracy of offshore gravity survey , we must see that the high precision navigation positioning system should be included in the major instruments used in offshore gravity survey except that the essential accuracy of offshore gravity meter is guaranteed .

介绍了我国第一套海洋重力测量实时处理系统的软、硬件结构、技术性能、与其相关的理论研究成果以及试验、应用情况。

The first set of real_time processing system for marine gravity measurement in China is introduced in this paper , including its hard and soft configurations , its technical specifications , the improvements in theory related to the data processing and its performances in test and applications .

利用卫星测高数据计算海洋重力异常是大地测量学和海洋学研究中的重要课题。

It is a very important topic in geodesy and oceanography research to compute marine gravity anomaly using satellite altimetry data .