Development of Multilayer Radio-Absorbing Materials Based on Nonwoven Dielectric Matrixes and a Polymeric Binder

Bokova, E. S.; Devina, E. A.; Kovalenko, G. M.

doi:10.1007/s10692-019-10009-4

Cited by 1 publication

(3 citation statements)

References 1 publication

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“…94 However, some novel textile-based MWAM impacts the absorption remarkably. 1 The basic unit of the textilebased MWAM, no matter what kind of structure it is. 95 Fibers can be molded into 1D deposited or coated fibers, 96 2D flat textiles, 97 and 3D cubic fabrics 98 due to their flexible structure.…”

Section: The Gbm/mla-added Textile-based Compositesmentioning

confidence: 99%

“…94 However, some novel textile-based MWAM impacts the absorption remarkably. 1 The basic unit of the textile-based MWAM, no matter what kind of structure it is. 95…”

Section: The Gbm/mla-added Textile-based Compositesmentioning

confidence: 99%

“…With complicated modern battlefield conditions, radar detection systems are simultaneously exposed to EMW interference. Besides, the civilian and military applications suffer from the booming EMW interference as well, such as R.F., 1 radar stealth technology, 2 national defense security, 3 portable transmission, 4 and electronic devices. 5 Therefore, military and civilians suffer from the booming EMW interference due to upgrading continuous communication technology.…”

Section: Introductionmentioning

confidence: 99%

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A review of graphene-based broad bandwidth microwave absorbing textile-based composites in the low-frequency range

Aiqiong

Chen

et al. 2022

Journal of Industrial Textiles

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The range and strength of Electromagnetic Wave loss are increasing with the development of electronic technology in intellectualization and diversification. Extensive research is focused on high-frequency microwave absorbersbut rarely on low-frequency ones. However, the shield of low-frequency microwave interference is bulky and complicated. It is necessary to adopt new structural composites with lightweight, porous, or multi-layer magneto-dielectric synergistic to obtain lighter, thinner, broader bandwidth, and strong absorption absorbers in the low-frequency range. The porous and multi-layer textiles would extend the Microwave (M. W.) transmitting pathway. The prepared M. W. textile-based composites possess broad bandwidth and strong absorption in the low-frequency range when magneto-dielectric synergistic functional particles have embedded in the textiles. This paper reviewed the modified graphene-based absorbers (GBAs), the hybrids combined GBAs with the low-frequency magnetic loss absorbers (LFMLAs), and the textile-based composites added by the complex combined GBAs with LFMLAs (GBAs/LFMLAs). The prepared GBAs/LFMLAs textile-based composites are broad bandwidth, lightweight, small thickness, and strong absorption materials in the low-frequency range. The prepared GBAs/LFMLAs textile-based microwave absorbers (MWAs) may expand the application scope of MWAs and promote their economic benefit. The GBAs/LFMLAs textile-based composites may propose a new strategy of broad bandwidth MWAs in the low-frequency range.

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Section: The Gbm/mla-added Textile-based Compositesmentioning

confidence: 99%

“…94 However, some novel textile-based MWAM impacts the absorption remarkably. 1 The basic unit of the textile-based MWAM, no matter what kind of structure it is. 95…”

Section: The Gbm/mla-added Textile-based Compositesmentioning

confidence: 99%