Flexible thermoelectric power generation is a competitive candidate for powering wearable
electronic devices and chip-sensors for the internet-of-things. Nevertheless, the poor …

The infrared quantum plasmon resonance (IR QPR) of nanocrystals (NCs) exhibits the
combined properties of classical and quantum mechanics, potentially overcoming the …

The interface between the topological insulator (TI) Bi2Se3 and deposited metal films is
investigated using X-ray photoelectron spectroscopy including conventional contact metals …

Ag 2 Se-based thermoelectric materials are attracting great attention because of their
potential in fabricating high-performance miniature and wearable electronics. Here, an …

Abstract Contact metals (Au, Ir, and Cr) are deposited on bulk WSe 2 under ultra-high
vacuum (UHV, 1× 10− 9 mbar) and high vacuum (HV, 5× 10− 6 mbar) conditions and …

Thermoelectric inorganic films are flexible when sufficiently thin. By removing the substrate,
that is, making them free-standing, the flexibility of thermoelectric films can be enhanced to …

Ag2Se is an intriguing material for room-temperature energy harvesting. Herein, we report
the fabrication of Ag2Se nanorod arrays by glancing angle deposition technique (GLAD) …

Among inorganic thermoelectric materials, flexible thermoelectric materials have attracted
considerable attention. In this study, highly flexible and plastically bendable silver selenide …

The thermoelectric materials community has made significant progress on nanostructured
and processable materials to improve efficiency and flexibility, reducing manufacturing …

Abstract Thermally evaporated Silver Selenide thin films were time annealed at 210° C for
different soaking periods in vacuum. Annealed films were found to be (013) oriented while …