The world's growing energy demand poses several concerns regarding the rational and
efficient use of energy resources. This is also the case for many industrial processes, where …

Polymer material provides significant advantages over the conventional inorganic material-
based electronics due to its attractive features including miniaturized dimension and feasible …

The development of Ga-doped Zinc Oxide (GZO) films from nontoxic, abundant elements
using a cost-effective and scalable approach is crucial for the profitability and sustainability …

Although the PEDOT: PSS/graphene (PP/GR) thermoelectric (TE) system has a high
electrical conductivity (σ), it faces great issues regarding its high thermal conductivity (k) and …

The 3D printing of energy harvesters using earth-abundant and non-toxic elements
promotes energy sustainability and market competitiveness. The semiconducting behavior …

In this research, highly efficient and low cost synthesis approach was applied to produce
three distinct electrode materials: reduced graphene oxide (RGO), silver nanoparticles …

Conducting polymers are promising for near-room-temperature, wearable thermoelectric
applications due to their flexibility, inherently low thermal conductivities, and tunable …

We theoretically investigate the influence of electromagnetic radiation on the electronic and
thermoelectric properties of armchair edge silicene nanoribbons. Specifically, we study the …

Polyaniline (PANI) has been considered a promising candidate for flexible thermoelectric
devices because of its high electrical conductivity, stability, and low thermal conductivity …

The fabrication of multi-dimensional nanocomposites has been extensively attempted to
achieve synergistic performance through the uniform mixing of functional constituents …