极化方式是用在三维直角坐标系的椭圆的轴比。
直接接触极化方式极化的面积能够达到基板的尺寸。
Besides, contact poling can provide poling size as large as the substrate size.
结论：水平极化方式下的呼吸信号能量明显大于垂直极化方式。
CONCLUSION: Power of respiration signal in horizontal polarization mode is obviously higher than that in vertical polarization mode.
介绍了金具上电晕放电辐射电磁波极化方式和横向分布特性的实验结果。
This paper reports the experimental results of both polarization characteristics and transverse feature of electromagnetic wave radiated from corona discharge of hardware.
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