首页> 外文会议>2010 9th International Symposium on Antennas Propagation and EM Theory >Studying the electromagnetic property of dust plasma in polar mesospheric during summer
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Studying the electromagnetic property of dust plasma in polar mesospheric during summer

机译:夏季中空层尘埃等离子体的电磁特性研究

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The experiments show that polar mesosphere summer echoes (PMSE) and polar mesospheric winter echo (PMWE) are both related to the existence of dust particles. For the sake of finding the appropriate theory of the abnormally phenomenon taking placed in the mesosphere atmosphere, it is all-important to study the conductivity and permittivity of dust plasma there. We have studied the conductivity and permittivity of dust plasma in polar mesosphere based on the theory of dust plasma, under the cases of ignoring the magnetic field and considering the electron -neutral collision and the electron -dust charging process. The curves of the conductivity-high and permittivity-high have been obtained by substituting the test data into the formula of conductivity and permittivity of the dust plasma. We compared the curves of charging response factor-high and the SNR-high, which show that PMSE has a great relation to dust particle charging process.
机译:实验表明,夏季中空极地回波(PMSE)和冬季中空极地回波(PMWE)均与尘埃颗粒的存在有关。为了找到适当的理论来研究置于中层大气中的异常现象,研究那里尘埃等离子体的电导率和介电常数非常重要。基于尘埃等离子体理论,在忽略磁场,考虑电子中性碰撞和电子尘埃充电过程的情况下,我们基于尘埃等离子体理论研究了尘埃等离子体在极地中层的电导率和介电常数。通过将测试数据代入粉尘等离子体的电导率和介电常数的公式,可以获得高电导率和高介电常数的曲线。我们比较了充电响应因子高和信噪比高的曲线,表明PMSE与粉尘颗粒的充电过程有很大的关系。

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