This paper attempts to disclose how temperature variation affects the electromagnetic
shielding of a multilayer composite made of copper (Cu) fibers surrounded by silicon (Si) …

The efficiency of many electronic devices and energy sources are negatively affected by the
electromagnetic radiation emitted by the external sources. In order to enhance the efficiency …

An ultra-thin multilayer carbon fiber reinforced composite (UTM-CFRC) with good flexibility
was prepared by a two-step wet papermaking/thermal bonding technique. Its …

Electromagnetic interference (EMI) shielding characteristics of natural rubber and ethylene
vinyl acetate filled with conductive carbon black (Vulcan XC-72) and short carbon fibre …

With rapid progress in science and technology, the demand for shielding has been growing
day by day. In order to overcome the electromagnetic pollution, it is necessary to develop …

Electromagnetic shields are designed to optimize the performance for shielding
effectiveness and reflectivity. Multilayered laminates of different materials are developed to …

Composite containing metal fibers are applied widely in the field of electromagnetic
interference for its excellent electromagnetic shielding effectiveness (EMSE). In the present …

In order to enhance the electromagnetic (EM) shielding performance of carbon fiber
composites, copper meshes were combined with carbon fiber fabric to design and fabricate …

As the structures of the high performance electronic equipments and devices recently
become more complex, the electromagnetic interference (EMI) and compatibility (EMC) have …

Due to technological advancements, there is tremendous demand for electronic gadgets
essential for daily life. These gadgets emit electromagnetic radiation (EMR), harming the …