With the rapid advancement in THz technology and continuously increasing number of
electrical and electronic devices in this frequency band, highly efficient and functional THz …

With the advancement of technology, shielding for terahertz (THz) electronic and
communication equipment is increasingly important. The metamaterial absorption technique …

The widespread development and usage of electrical and electronic devices in THz
frequency band has instigated great concerns regarding the anticipated functioning of …

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 …

Traditional terahertz wavefront modulators exhibit significant limitations in controlling optical
wavefronts. In order to address the adjustability issues of terahertz wavefront modulators, we …

This paper presents a study of a monolithic copper (Cu) as an electromagnetic interference
(EMI) shield, using a new testing methodology based on assembled copper trenches slots …

This paper proposes a graphene-based flexible printed attenuator consisting of printed
microwave transmission line and graphene/ion-gel tunable structure, which can realize the …