Progress of 2D MXenes based composites for efficient electromagnetic interference shielding applications: A review

Dielectric study of CoFe2O4/MWCNT/epoxy nanocomposites: Effect of temperature, concentration and irradiation

“…[35,40] At high frequency regime, the orientation of dipole stopped and electric diploes are unable to follows the rapid alteration of external applied field. [35,[41][42][43] The decrease in dielectric constant is in consistent with Koop's theory and Maxwell Wagner theory. [39,44] According to the theory, when ferrites are placed in external applied field the hopping of electrons and holes between Fe 2+ to Fe 3+ ions as result the mobile electrons drift towards the grain boundary and get accumulated in the well due to high resistance at grain boundary consequently, this process results in interfacial polarization.…”

Recent Advancement in Rational Design Modulation of MXene: A Voyage from Environmental Remediation to Energy Conversion and Storage

“…[16,17,232,233] MXene can be used comprehensively in the progress of fabrics, wearable electronics equipment for energy production, silky automation, radio transmission, cell devices, broadband cellular technologies, laser scanners, and so on as an extremely effective composite with extra sophisticated integral properties for insulating EM vibrations. [38,234,235] Numerous viable strategies for efficient screening of electronic radiation across equipment and infrared waves on humans were already proposed. The sheltering process is based on the interface of infringed radiation with the surfaces and center of the material.…”

“…Because of their intrinsic properties of superior conductance, adaptable texture, 2‐D layer designs, etc., these get a strong prospective to function as effective electrical waves shielding materials [16,17,232,233] . MXene can be used comprehensively in the progress of fabrics, wearable electronics equipment for energy production, silky automation, radio transmission, cell devices, broadband cellular technologies, laser scanners, and so on as an extremely effective composite with extra sophisticated integral properties for insulating EM vibrations [38,234,235] . Numerous viable strategies for efficient screening of electronic radiation across equipment and infrared waves on humans were already proposed.…”

“…compacted and (b). microstructures whenever a waveform strikes their surfaces Reprinted with permission from Ref © 2022 Elsevier B.V. All rights reserved [241] …”

MXenes: promising 2D materials for wound dressing applications – a perspective review

“…In the case of 2D materials, MXenes are emerging materials, which were discovered in 2011 by etching an MAX phase by chemical treatment. 3 MXenes have the general formula of M n +1 X n T x , where M represents an early transition metal such as Ti. Meanwhile, X represents nitrogen and/or carbon, T represents a surface functional group such as O, OH, and F, x represents the number of functional groups, and n stands for a positive integer between 1 and 4.…”