Genetic Dielectric Genes Inside 2D Carbon‐Based Materials with Tunable Electromagnetic Function at Elevated Temperature

Abstract

Research data are not shared.

Comparison of Properties of Colorless and Transparent Polyimide Nanocomposites Containing Chemically Modified Nanofillers: Functionalized-Graphene and Organoclay

“…Graphene and clay are well-established nanofillers. Owing to a surface area, thermal conductivity, and electrical conductivity of 2630 m 2 /g, 5000 W m/K, and 6000 S/cm, respectively, single-layer graphene harbors the excellent potential for applications, such as materials for gas barriers, transparent electrodes, and solar cells as a filler in polymeric nanocomposites [16][17][18]. However, because graphene is a two-dimensional aggregate of carbon, it is necessary to increase the compatibility thereof with the polymer matrix through chemical or physical modification for viable incorporation into a nanocomposite material and to prevent micro-phase separation.…”

Tunable electromagnetic properties of Ti3C2Tx/rGO foams decorated with NiO particles

“…36 The inherent defects (vacancies) could trigger defect-induced polarization. 37 Moreover, both homogeneous interfaces (NiO/ NiO, MXene/MXene interfaces) and heterogeneous interfaces (MXene/rGO interfaces) are able to provide a strong interfacial polarization. The above mechanisms contribute to an enhancement of the electromagnetic wave absorption properties.…”

A journey of thermoplastic elastomer nanocomposites for electromagnetic shielding applications: from bench to transitional research

“…The materials used for EMI shielding give immunity to the sensitive components in devices from incoming interference and also prevent noise from reaching other susceptible equipment. 56,59,60…”

“…Therefore, in a global context, the interest in investments to develop advanced materials capable of, for example, reflecting or absorbing electromagnetic radiation to overcome the crescent electromagnetic pollution is evident. Consequently, lots of research studies are being conducted with the aim of developing multifunctional shielding materials 55,56 that may present suitable mechanical properties, lower density, good processability, and, at the same time, fully satisfy aesthetics parameters.…”

“…The materials used for EMI shielding give immunity to the sensitive components in devices from incoming interference and also prevent noise from reaching other susceptible equipment. 56,59,60 The total EMI SE T for an EMI shielding material is contributed by three mechanisms mainly; absorption (SE A ), reflection (SE R ), and multiple internal reflections (SE MR ). (Fig.…”