Prediction of maximum electric field with given independent sampling points in a reverberation chamber

Z. Daming, S. K. Yak, Koh Wee Jin
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引用次数: 1

Abstract

Independent boundary condition is a key factor in the prediction of maximal electric field level in a reverberation chamber and it determines the number of independent sampling points that stirrers can generate. With different independent sampling points the expected maximal electrical fields are different. With a fixed number of independent sampling points the average maximum of electric field is a constant. This paper studies the relationship between maximal electric field and independent sampling points
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混响室中给定独立采样点的最大电场预测
独立边界条件是预测混响室最大电场水平的关键因素,它决定了搅拌器所能产生的独立采样点的数量。不同的独立采样点期望最大电场是不同的。当独立采样点数目固定时,电场的平均最大值为常数。本文研究了最大电场与独立采样点之间的关系
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