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Article Synopsis
- The paper addresses concerns about human health risks from radiation emitted by wireless communication devices in smart vehicles, highlighting that traditional SAR measurement systems aren't suitable for in-vehicle scenarios.
- It introduces a new SAR measurement system and method tailored for in-vehicle environments, emphasizing the need to evaluate measurement uncertainties due to differences in hardware and methods.
- The study analyzes the impact of tissue fluid on SAR, establishing fitting models and employing the Monte Carlo Method for uncertainty evaluation, ultimately finding that a quadratic model provides a more accurate representation of the relationship between tissue fluid properties and SAR values.
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