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The major contribution of the paper is a theoretical proof of the equivalence between two approaches of near-field validation techniques for the numerical models of personal wireless communication devices. The current validation practice is to compare measured and computed electromagnetic field or specific absorption rate distributions. A new validation technique introduced by the authors recently...
The near-field validation of the numerical models of portable wireless devices is becoming indispensable, especially, when checking SAR (specific absorption rate) compliance for regulatory limits by computer simulation. The current practice for such validation is to compare measured and simulated electromagnetic fields in a standard flat phantom. This paper proves that a cheaper and faster technique...
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