1) gravity and magnetic field
重磁场
1.
Analysis on feature of gravity and magnetic field and geological structure in frontal area of Dabashan Mountain;
大巴山及其前缘区重磁场特征与地质构造分析
2) Gravity and magnetic fields
重磁场
1.
Gravity and magnetic fields are intimately related to uranium mineralization in northernGuangxi region and characteristics of geophysical field reflect the geological environmentsrelevant to uranium metallogenesis.
桂北地区的重磁场与铀矿化有着密切的联系，地球物理场的特征反映了与铀成矿有关的地质环境。
3) gravitational and magnetic field
重磁场
1.
The study on gravitational and magnetic field and analysis on metallogenic condition and prospecting direction in Xiangshan orefield;
相山铀矿田重磁场特征、成矿条件及找矿方向分析
4) gravitational field and magnetic field
重磁场
1.
In this paper, we give a brief introductory to the princple of wavelet analysis that includes wavelet transform, discrete wavelet transform, frame theory, multiresolution analysis(multiscale analysis) and its development and the second generation wavelet(lifting scheme), and the results of its applications to the gravitational field and magnetic field.
介绍了连续小波变换、离散小波变换、框架理论和多分辨分析 (多尺度分析 )等小波分析的基本方法原理以及第二代小波(升降方案 ) ,以及近年来小波分析在重磁场中的应用成果 (包括异常识别 ,异常分离 ,信号去噪 ,重磁下延 ,反演成像等方面 )。
5) gravity-magnetic field
重磁力场
1.
Mathematical model of cogenetic gravity-magnetic field and its corresponding conversion;
运用重磁力场强度与位势的微积分关系,建立了简捷的重磁力场的数学模型,并在重磁误差允许的范围内将任一地质异常体当作可分解为可数个密度、磁性均匀分布的充分小的地质异常体(体积元)集合,进而导出了同源重力强度、位势与磁力强度和位势的对应转换模型。
6) massive electromagnetic field
重电磁场
1.
From massive electromagnetic field theory,the level and effects of the photon rest mass in high-precision experiments to search for the axions by using the laser beam traveling trough a strong magnetic field were explored.
在重电磁场理论背景下,探讨了用激光通过强磁场探测轴子的高精度实验中光子静质量效应的大小和影响,并与调制扭秤实验给出的光子静质量限作比较。
