Electromagnetic spaces face growing threats from both naturally occurring and artificial electromagnetic pulses; however, the current protection methodologies are still far from practical needs. To address this issue, we propose an electromagnetic protection strategy that makes use of an adaptive energy selective mechanism.
Our study can not only lead to a comprehensive protection system with superior compatibility, but also offer reliable support for maintaining electromagnetic spatial security. An electromagnetic pulse (EMP), also called a transient electromagnetic disturbance, is a short burst of electromagnetic energy.
This strategy, carried out using electromagnetic metamaterials, provides in-band protection to electronic equipment with a high tolerance threshold and fast response. We propose several approaches to further enhance the protective performance of electromagnetic metamaterials.
From this perspective, we introduce a promising method of electromagnetic protection using an adaptive energy selective mechanism that enables good compatibility with electronic systems in complex electromagnetic environments (Figure 1).
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