Probabilistic and statistical analysis of mode stirred reverberation chamber and its Monte Carlo simulation

A theoretical analysis approach for mode stirred reverberation chambers (MSRCs) is presented. Based on the discretized probability model of ideal reverberation chambers, this approach applies Monte Carlo simulation to obtain probabilistic and statistical properties of the electromagnetic fields in MSRC and their associated physical quantities, such as the probability distribution functions of some normalized field values, the mean coupling cross-section of a uniform lossless single-wire transmission line in MSRC and the probability distribution functions of the magnitude of its terminal load current. These results are in agreement with the data published in the literature, which resulted from analytic calculations or measurements. Because of the universality of Monte Carlo method, the prop