CAJ | 학술논문

依据地质体在地面上引起磁异常的特点,提出了三方向扩边方法,这种方法能够减小边界效应,使处理结果更可靠.在实际的测量中,磁法数据受外界的干扰比较大,干扰因素给数据处理和资料解释工作带来了影响.首次将中值滤波技术引入到磁法数据处理中,提出了一种新的滤波方法,即优化中值滤波方法,来解决这个问题,并给出了优化中值滤波的模型以及计算公式.最后利用优化中值滤波方法对实际磁测数据进行处理,取得了较好的效果.
의거지질체재지면상인기자이상적특점,제출료삼방향확변방법,저충방법능구감소변계효응,사처리결과경가고.재실제적측량중,자법수거수외계적간우비교대,간우인소급수거처리화자료해석공작대래료영향.수차장중치려파기술인입도자법수거처리중,제출료일충신적려파방법,즉우화중치려파방법,래해결저개문제,병급출료우화중치려파적모형이급계산공식.최후이용우화중치려파방법대실제자측수거진행처리,취득료교호적효과.
Based on the characteristics of magnetic anomalies in the ground caused by subsurface geological bodies, An edge expansion method of three directions is proposed. This method can reduce the boundary effects and make the results more reliable. In the actual measurement,magnetic data is often interfered by various with factors and the factors makes the data processing and data interpretation more difficult. It is the first time that we introduce the median filtering technology to magnetic data processing, and we use the new filtering method to solve this problem. The optimization filter model and the calculation formula are given. Finally, the processing of actual magnetic measurement data using the above methods shows the good results.