In this paper the use of aerosol jet printing as a fabrication and rapid prototyping method for
terahertz metamaterials is presented. Since this technique combines the very precise …

Printed electronic devices are attracting significant interest due to their versatility and low
cost; however, quality control during manufacturing is a significant challenge, preventing the …

We report single and multiband linear polarisers for terahertz (THz) frequencies using cut-
wire metamaterials (MM). The MMs were designed by finite-element method (FEM) …

A flexible sub-THz polarizer based on an eutectic Gallium-Indium alloy (EGaIn 24.5) on a
vinyl acetate substrate is fabricated and tested. The EGaIn 24.5 alloy shows low melting …

Using a periodic array of split ring resonator holes within a terahertz range, we numerically
and experimentally confirmed a zero refractive index at localized waveguide resonant …

We report the observation of the dichroism effect in simple wire grid structures made of
graphite on a paper substrate, ie we investigate the feasibility of drawing polarizers for the …

Printed electronics is an emerging technology that applies traditional printing or coating
processes to the manufacture of electronic devices and products. In order to find a low-cost …

Inkjet printed electronic devices, as a new kind of thin film electronics, have got much
attention due to their advantages of fast manufacturing, flexibility and cost saving. The …

A low-cost method to ink-jet print terahertz polarizers is presented. A liquid metal printer is
used to deliver an eutectic Gallium and Indium alloy (EGaIn24. 5) onto polyvinyl chloride film …

Graphic printing and electronics production are two high volume manufacturing
technologies. Their combination brings a new fabrication technique and unique form of …