海洋磁力测量

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 .

海洋磁力测量系统误差来源分析

Research for Source of Systematic Error in Marine Magnetic Survey

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

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

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

基于小波阈值的海洋磁力测量数据消噪方法

Data denoising based on Wavelet threshold in marine magnetic survey

海洋磁力测量中多站地磁日变改正基值归算

Base Value Reduction Methods with Multi-station Diurnal Variation Correction in Marine Magnetic Survey

海洋磁力测量拖鱼位置概算

The Estimate of Magnetometer-Fish Position in Marine Geomagnetic Surveying

海洋磁力测量测线布设间距的选取

Research on the Selecting Method of Interval Between Survey Lines in Marine Magnetism Survey

海洋磁力测量误差补偿技术研究

On Error Compensation in Marine Magnetic Survey

地磁日变基值的选取是海洋磁力测量地磁日变改正的重要内容。

The selection of base value is critical to the geomagnetic diurnal variation correction in marine magnetic survey .

水声通信系统在深海测量如声速剖面测量、地热流测量和海洋磁力测量等也具有广阔的应用前景。

Acoustic communication system has an expansive apply foreground at the deep-sea measurement , such as SVP measurement , heat flow measurement and marine magnetic force measurement .

高精度的海洋磁力测量对磁测仪器系统的测量精度提出了更高的要求，文中对海洋磁力测量仪器系统检验的内容和动静态检验方法进行了研究，并通过实例验证其可行性。

The methods of instrumental system tests in Marine magnetism surveying have been studied , and the feasibility of each method has been testified by the observed data .

海洋磁力测量多站日变改正中，为了使整个测区磁场水平统一，必须以主站为基准对分站日变基值进行归算。

To unify the magnetic field level of the whole area in marine geomagnetism surveying , the base value of the secondary base station must be reduced to the main base value .

结论表明：所提出的仪器系统检验方法可以消除仪器系统误差的影响，提高海洋磁力测量精度，保证成果的可靠性。

The conclusion showed that the methods brought out in this paper can be effectively eliminate the systematic error that caused by the instruments , and can greatly proved the surveying precision and the reliability of the observed data .

海洋磁力梯度测量的误差源分析

Analysis of Error Source in Marine Magnetic Gradient Measurement

本文介绍了我们改装的一台浅海海洋质子磁力仪，它不仅能用于深水海区，而且可以用于浅水的近岸浅海区的海洋磁力测量。

This paper introduces the reform of a Marine Proton Magnetometer for use in shallow sea waters .