In the present study, nanocomposite materials for structural applications with self-sensing
properties are proposed. In particular, suitable processing of epoxy resins filled with carbon …

With the rapid development of personal computers and portable electronics, people have to
get rid of a lot of unwanted electromagnetic pollution. The development of high performance …

High-performance and ultra-miniaturized mm-wave building block structures were
demonstrated on panel-scale processed 3D glass packages for high-speed 5G …

Herein, it was investigated the development of a low-cost conductive coating for application
in the field of Electromagnetic Interference shielding (EMI shielding). The coating was …

This paper demonstrates seamless antenna-to-transceiver signal transitions on panel-scale
processed ultra-thin glass-based 5G modules with impedance-matched transmission lines …

The emergence of smartphones and other smart systems is driving new trends in electronics
scaling that goes beyond transistors or active devices, to include all the system components …

To satisfy the demands of wireless communication systems for tunable shielding materials,
in this work, a graphene/ion gel/graphene sandwich structure is proposed, based on …

This article presents a novel measurement and analysis of electromagnetic (EM) information
leakage from printed circuit board (PCB) power delivery network (PDN) of cryptographic …

This paper presents electromagnetic interference (EMI) analysis and the performance of
graphene-enhanced shielding. Two types of graphene have practical relevance. The first is …

This paper presents magnetic alloys' shielding effectiveness (SE) at low frequencies of (1-
50) MHz. The first part of the paper discusses the concept of SE in terms of absorption and …