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The US FCC mandates the testing of all mobile phones to demonstrate compliance with the rule requiring that the peak spatial SAR does not exceed the limit of 1.6 W/kg averaged over any 1 g of tissue. These test data, measured in phantoms with mobile phones operating at maximum antenna input power, permitted us to evaluate the variation in SARs across mobile phone design factors such as shape and antenna...
Many in vitro experiments have been conducted during the past 50 years to explore the mechanisms of interaction between RF energy and living tissue. There has been practically no consideration given to the thermodynamic events taking place in the cell medium, which absorbs the bulk of the incident energy and evolves towards a temperature equilibrium condition during the exposure. This paper explores...
Most epidemiologic studies of potential health impacts of mobile phones rely on self‐reported information, which can lead to exposure misclassification. We compared self‐reported questionnaire data among 60 participants, and phone billing records over a 3‐year period (2002–2004). Phone usage information was compared by the calculation of the mean and median number of calls and duration of use, as...
A number of possible physical mechanisms for radiofrequency (RF) interactions with biological systems have been proposed over the past 50 years. Evaluation of proposed mechanisms of interaction suggests there is no physical reason to expect a low-level non-thermal effect between 100 MHz and 150 GHz, possibly excepting those conditions suitable for radical pair effects on biochemical rates. Experimental...
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