Carbon nanotubes (CNTs) are used to enhance the electrical conductivity of electronic
materials, due to their outstanding electrical properties. In this article, the general concept of …

Invisible Ag-grid transparent electrodes at a line width of the Ag-grid of 5 μm and a line
thickness of 0.6 μm have been prepared on a flexible polyethylene naphthalate (PEN) film …

Multilayer structures with optimized Nb (3.7 at.%) doped TiO 2 (NTO) having the layers as
NTO/Ag/NTO (NAN) were fabricated to obtain high optical transmittance and low electrical …

In the era of hybrid organic devices, solution-processed metal-embedded polymer multilayer
structures are potential candidates for transparent electrode applications. Here, an organic …

Invisible Ag-grid transparent electrode at a grid line width of 5 μm, spacing between the grid
lines of 200 μm and a grid line thickness of 0.6 μm have been prepared on a 50 μm-thick …

Metal embedded polymer hybrid materials have found a niche of applications in energy and
display domain. Herein, we report results of investigations on Polystyrene-Silver-Polystyrene …

Abstract 1D metal network is one of the promising alternatives of the conventional
transparent conducting electrode (TCE) viz ITO/FTO. Bioinspired fabrication of junction …

A hybrid trilayered transparent conducting electrode (TCE) based on graphene oxide (GO)
in the form of GO/Ag/GO multilayer synthesized using GO suspension in water and …

Invisible Ag-grid transparent electrodes with a variety of spacing between the Ag-grid lines
at a constant line width of the Ag-grid of 5 μm and a constant thickness of the Ag-grid of 0.6 …

Transparent conducting electrodes (TCE) have a wide range of applications in industry and
academics due to their high transparency in the visible to the near-infrared region and …