Effect interfacial size and multiple interface on electromagnetic shielding of silicon rubber/carbon nanotube composites with mixing segregated particles

Lightweight poly(vinylidene fluoride) based quaternary nanocomposite foams with efficient and tailorable electromagnetic interference shielding properties

“…[31,32] Thereinto, one-dimensional (1D) CNTs and two-dimensional (2D) GNPs are the preferred carbon-based fillers owing to their high aspect ratio and large surface area, which could establish efficient conductive pathways in their composites and form a large number of interfaces in polymer matrix. [33,34] Magnetic particles are the most common magnetic loss materials, and their introduction into CPCs could change the impedance of the interfaces between different propagation media as well as increase the magnetic loss of EM waves. [28,[35][36][37][38] Zero-dimensional (0D) Ni, as magnetic particles, have received extensive attention from many researchers due to its high magnetic permeability and strong oxidation resistance.…”

Three-Dimensional Printing to Fabricate Graphene-Modified Polyolefin Elastomer Flexible Composites with Tailorable Porous Structures for Electromagnetic Interference Shielding and Thermal Management Application

“…In the current growing modern society, communication and microelectronic equipment based on information technology have been rapidly developed. , The resultant various electromagnetic radiation and signal interference problems increasingly affect the working accuracy of the equipment. , In addition, the integration and miniaturization of electronic components and the continuous improvement of power density will produce a large amount of waste heat, which accelerates the aging of electronic equipment and even causes fire and other hazards . Therefore, it will be of great use for high-power electronic components to meet the requirement for shielding of material against electromagnetic waves (EMWs) and effective thermal management .…”

Constructing oriented two-dimensional fish scale-like Gd@MXene barrier walls in polyvinyl alcohol to achieve excellent neutron shielding properties

“…More recently, MXene, a new type of 2D transition metal carbide or nitride generally prepared by etching the A phase in its raw material-MAX, has been proven to have broad application in many fields such as excellent adsorption, 15 reduction, 16 thermal conductivity, 17 and electromagnetic shielding capabilities. [18][19][20][21] More importantly, according to previous studies, MXene was a potentially suitable substrate to graft other materials due to abundant polyhydroxy and negative electric charges on its surface. For example, Liang et al 18 synthesized MXene/Ni hybrids by the hydrothermal reaction for enhancing electromagnetic wave absorption and shielding capacity, and it was composed of one-dimensional (1D) Ni nanochains and 2D Ti 3 C 2 T x -MXene nanoflakes.…”