Due to the growing concern on depletion of non-renewable resources, waste heat
harvesting has become one of the effective approaches for solving the energy shortage …

We investigated the effect of single and multidopants on the thermoelectrical properties of
host ZnO films. Incorporation of the single dopant Ga in the ZnO films improved the …

The potential of thermoelectric thin films lies in wide range of applications from micro-energy
harvesting to the sensors. For this, it is essential to have high power factor and ultra-low …

The thriving of Internet‐of‐Things and integrated wireless sensor networks has brought an
unprecedented demand for sustainable micro‐Watt‐scale power supplies. Development of …

With good chemical and thermal stabilities, ZnO is a promising thermoelectric material that
can be operated over a wide temperature range, particularly for high temperatures. For two …

We present a method to measure the in-plane thermal conductivity of thin films by the laser
flash technique. The method uses a well-defined structure for the analysis. We have realized …

Multi-nanocomposite is an effective method to achieve high thermoelectric (TE) performance
by breaking the tradeoff among three TE parameters. This paper presents a comparative …

In this study, a green synthesis route for the preparation of ZnO nanostructures with different
morphologies was demonstrated. The morphological, structural, elemental composition and …

In this paper, thermoelectric performance of the ZnO thin films were investigated via doping
(Gallium-Ga and Indium-In) and post-thermal treatment. Various kinds of defects, such as …

The emerging technological demand of light weight, transparent and flexible electronic
devices has raised the exploration of new semiconductor materials beyond silicon. ZnO has …