AI Article Synopsis
- * This paper explores the mechanisms behind absorptive materials, focusing on enhancing the absorption abilities of iron-based magnetic absorbers (IBMAs) through various fabrication techniques and material properties.
- * It discusses the current state of research on IBMAs, their applications in elastomers, existing limitations, and future development goals, such as creating lightweight, thin, and highly effective absorption components.
Article Abstract
As a result of continuing scientific and technological progress, electromagnetic waves have become increasingly pervasive across a variety of domains, particularly within the microwave frequency range. These waves have found extensive applications in wireless communications, high-frequency electronic circuits, and several related fields. As a result, absorptive materials have become indispensable for dual-use applications across both the military and civilian domains because of their exceptional electromagnetic wave absorption properties. This paper, beginning with the operating mechanisms of absorptive materials, aims to provide an overview of the strategies that have been used to enhance the absorption performance of iron-based magnetic absorbers (IBMAs) and discuss the current research status of absorptive material components. The fabrication of a ferromagnetic absorber in terms of morphology, heterointerface coupling, and macrostructural enhancements and the effect of powder characteristics on their electromagnetic properties are discussed. Additionally, the application of IBMAs in elastomers is summarized. Finally, this paper summarizes the limitations of existing ferromagnetic absorber materials and offers a perspective on their potential future developments. The objective of the ongoing research is to fabricate absorptive components that have thin profiles, lightweight construction, wide absorption frequency ranges, and strong absorption capabilities.
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| http://www.ncbi.nlm.nih.gov/pmc/articles/PMC11356331 | PMC |
| http://dx.doi.org/10.3390/ma17164058 | DOI Listing |
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