A comprehensive review of the recent advances in anechoic chamber and reverberation
chamber designs and measurements Anechoic and Reverberation Chambers is a guide to …

This paper proposes a reverberation chamber structure consisting of new reflectors and
mode stirrers for electromagnetic compatibility and wireless terminal measurements. The …

This work aims at the establishment of a rigorous full-wave eigenmode analysis technique
based on a finite element scheme for the study of terahertz (THz) or photonic/optical …

3D Poisson Summation Approach is proposed to accelerate the MoM-based mirror image
method (MIM) solution to antenna problems in large closed cavities such as Reverberation …

Estimating the quality (Q) factor of an unloaded reverberation chamber (RC) is a challenging
problem in practice. To answer this question conservatively and confidently, this paper …

This work aims at the establishment of a rigorous full-wave eigenmode analysis technique
based on a finite element scheme for the study of terahertz (THz) or photonic/optical …

We give a semi-analytical method for the calculation of the transient power and energy
dissipated in the cavity walls of an accelerating structure due to the excitation of the higher …

The current work focuses on the study of tunable THz open structures, establishing an
eigenmode analysis based on an in-house developed finite element code. The key feature …