1) Remagnetization
['ri:mæɡnətai'zeiʃən]
重磁化
1.
The metasomatism of replacing pyrite with magnetite led to the remagnetization in the Lower Paleozoic carbonate from southern part of the Huabei basin was studied by means of electron probe microanalysis (EPMA) technique including energy spectroscopy, wave spectroscopy, backward scatter(or secondary) electron image, characteristic X ray image and distribution analysis of elements.
采用电子探针能谱分析、波谱定量分析和背散射 (或二次 )电子像、元素特征X射线像与元素面分析等分析技术 ,研究了导致华北盆地南缘早古生代碳酸盐岩发生重磁化的磁铁矿交代 (黄铁矿 )作用。
2) magnetization circle
重磁化圆
1.
In this paper we discuss the principle of ″Obtain the least squares procedure of remanency direction based on the convergency superposed magnetization circle″ proposed by Halls [1] .
本文介绍了 Halls[1]提出的《根据会聚重磁化圆求剩磁方向的最小二乘法》的原理 ,据此编制了求剩磁方向、古磁极及古纬度的程序。
3) superposed magnetization
重叠磁化，辅助磁化
4) multiple magnetization jumps
多重磁化跳跃
1.
The multiple magnetization jumps are found in th.
发现了存在于低温团簇玻璃相中的多重磁化跳跃现象,利用外场作用下AFM团簇中磁矩的翻转而导致铁磁成分的增加对实验结果给予了初步解释,证明了磁场作用对Pr0。
5) remagnetization model
重新磁化模型
6) gravity and magnetic
重磁
1.
Offshore oil and gas exploration and processing interpretation techniques for gravity and magnetic data;
重磁成果处理解释技术与海区油气探测
2.
Based on Windows developing platform, the article designs a visual and highly integrated gravity and magnetic data processing system using object oriented language Visual C ++ .
作者在文中采用 Windows开发平台的面向对象程序设计语言 Visual C+ + ,设计开发了可视化和高度集成化的重磁数据处理系统。
