Daniel McCoy

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About

Daniel McCoy’s research focuses on electromagnetic field exposure and radiofrequency safety, with a particular emphasis on real-world environments. His most cited work, “Field strengths and specific absorption rates in automotive environments” (1999, 20 citations), is a foundational study that bridges densitometric and dosimetric measurement techniques. In this paper, McCoy systematically characterized human exposure to near fields generated by high-power VHF and UHF transceivers mounted on vehicle trunks, using both partial and full car models. His innovative approach provided critical data on apparent power density and specific absorption rates, informing safety standards for automotive communications systems. This work remains a key reference for engineers and health physicists concerned with occupational and public exposure in vehicular settings. McCoy’s contributions are particularly notable for their practical application: by quantifying field strengths inside cars, he helped establish guidelines for antenna placement and transmitter power limits. Though his citation count is modest, the targeted impact of his research on automotive electromagnetic compatibility and bioelectromagnetics is significant. For students and researchers, McCoy’s study exemplifies how careful experimental design can address pressing safety questions in emerging technologies.