Over the last few decades, the achievements and progress in the field of medical imaging
have dramatically enhanced the early detection and treatment of many pathological …

We employed noncontact terahertz time-domain spectroscopy to investigate and compare
the electrical/optical properties of nonaligned single-walled carbon nanotube and …

We report on the first complete RF characterization of graphene field-effect transistor
subharmonic resistive mixers in the frequency interval f RF= 2-5 GHz. The analysis includes …

A novel type of graphene strips based three-dimensional absorber is proposed, which
shows a dynamic tunability of absorbing band. The proposed structure is based on a two …

A non-contact method is proposed to characterize graphene at microwave frequency by
combining Raman spectroscopy and Amphenol Precision Connector (APC-7). The CVD …

A novel type of vertical graphene micro-ribbons-based three-dimensional frequency
selective surface (FSS) is demonstrated to realize dynamic tunability of the frequency …

In this paper, a nanowire germanium/gallium arsenide (Ge/GaAs) heterojunction-based
tunneling field-effect transistor (TFET) is investigated, with an emphasis on the device-circuit …

In this paper detailed discussions are introduced for possible applications of
nanotechnology and nano-materials in RF, microwave and optical applications. The …

The electrical properties of carbon nanostructures have been greatly stimulating to use in
the nanotechnology for electronic components. In this paper, we study the AC and DC …

Abstract Barium Strontium Titanate (BST) based ferroelectric thin film devices have been
popular over the last decade due to their versatile applications in tunable microwave …