1) vertical bipole source
垂直双极源
2) vertical magnetic dipole source
垂直磁偶极源
1.
Referring to related newly developed methods abroad,in the paper, the expressions of frequency domain apparent resistivity and its numerical calculating formulae of electromagnetic field of vertical magnetic dipole source for the surface of horizontally layered media have been obtained.
该文参考国外最新发展的方法 ,求取了水平层状介质表面上垂直磁偶极源电磁场的频域视电阻率表达式及其数值计算公式 ,并用自编程序计算了几种典型地电断面的视电阻率曲线 ,以说明这种方法的有效
2.
This paper derived the equations of vertical magnetic dipole source electromagnetic field and its apparentresistivity in full frequency band for the magnetic field measurements of two different configurations, and brieflyintroduced the numerical calculation method of apparent resistivity.
参考国外有关文献介绍的方法,通过两个不同方式的磁场测量求取了水平层状介质表面上垂直磁偶极源电磁场及其全频域视电阻率的表达式,简介了视电阻率的数值计算方法,并且用自编程序计算了几种地电断面的视电阻率曲线,以此说明所介绍方法的有效性。
3) Vertical electric dipolar emitter source
垂直电偶极子激发源
4) vertical electrode
垂直电极
5) vertical polarization
垂直极化
1.
The results show that in a rectangular tunnel with bigger dimension of the width, field strength of horizontal polarization mode is markedly higher than that of vertical polarization mode, influence of the height change on the field strength is stronger than that of.
结果表明:在宽度尺寸大于高度尺寸的矩形巷道中,水平极化模式的场强明显高于垂直极化模式,高度尺寸的变化对场强的影响比宽度尺寸的变化要大,这种影响差异随频率的增高和截面尺寸的增大而变小。
2.
According to the electromagnetic wave attenuation problem in Plasma, in this paper ,an attenuation model of vertical polarization and parallel polarization electric field are founded in Plasma, then , the attenuation curve in different polarization mode is emulated.
本文依据等离子体中电磁波的吸收衰减等方面的研究,对比垂直极化和水平极化的电场分量在等离子体中的衰减特性建立了模型,并通过仿真得到不同极化情况下的衰减曲线。
6) vertical limit
垂直极限
补充资料：极源
1.远源。
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