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1·An interactive computer program for inversion of gravity and magnetic anomaly is presented.

本文主要介绍了作者所研制的人机联作重磁资料反演系统。

2·Mineralization forecast; Characteristics of magnetic anomaly; Nagetan mine area; Qinghai Province;

成矿预测； 磁异常特征； 南戈滩矿区； 青海省；

3·This paper gives a new numerical method of calculating magnetic anomaly of a body which has arbitrary shape.

本文提出一种新的数值方法，计算任意形状磁性体的磁异常。

4·As an example, the order of magnetic anomaly induced by the wake of propeller-driven body has been estimated.

作为例子，对水下旋成体尾流引起磁异常的大小进行了量级估计。

5·Earth's magnetic field is composition of International Geomagnetic Reference field and magnetic anomaly field.

地球磁场由国际地磁参考场和磁力异常场叠合建立。

6·A method for upward continuation of magnetic anomaly on an uneven surface with the Monte-Carlo simulation is presented.

本文用蒙特卡洛模拟法进行磁异常曲面向上延拓。

7·For different instances, this paper summarizes correspondent methods suitable for Marine magnetic anomaly approximation.

针对不同的情况，本文总结出了适合于海洋磁力异常逼近的方法。

8·About 10 gravity anomaly areas and 18 magnetic anomaly areas are found in geophysical surveys at Lunlang lead-zinc deposit.

根据该区地球物理测量成果，共圈出重力异常区10个、磁力异常区18个。

9·It is an important content of interpretation of magnetic anomaly to compute burial parameters of magnetic ore body (ore dike).

计算磁性矿休(脉)的产状参数，是磁异常解释推断的重要内容。

10·Magnetic anomaly data are very valuable in the field of resource exploration, deep subsurface geology and geophysics research.

磁异常资料在地质矿产资源勘查以及深部地质方面有着十分重要的作用。