In this report, we describe a unique roll-to-roll plasma-enhanced chemical vapor deposition
(R2R-PECVD) technique to grow high-quality single-crystalline-like Ge films on flexible …

In the present work, the thermoelectric properties of potential thermoelectric materials (Bi 1−
x In x) 2 Se 2.7 Te 0.3 grown as high-quality single crystals by the melt growth technique …

We demonstrate the improvement of power conversion efficiency of an epitaxially-lifted-off
single junction GaAs solar cell deposited on a water-soluble sacrificial buffer architecture by …

We present a numerical simulation study of the effects of low-angle grain boundaries (GBs)
in a single-crystal-like GaAs thin-film material on its photovoltaic performance. Here, 1D and …

In the current work, growth and thermoelectric characterization of tin and selenium co-doped
single crystal bismuth telluride have been carried out in the range of temperature 10–400 K …

We demonstrate the fabrication and characterization of high‐efficiency, single‐junction p‐i‐n
GaAs solar cells, on flexible metal foil with epi‐ready buffer via roll‐to‐roll fabrication. Single …

This study demonstrates the first flexible single‐junction III‐V photovoltaic solar cells (SCs)
based on single‐crystal‐like gallium arsenide (GaAs) thin films on a low‐cost metal …

We develop an easily implementable yet effective process to achieve high power conversion
efficiency in newly-developed flexible single-crystal-like GaAs thin-film photovoltaic solar …

Compared to Si, GaAs offers unique material advantages such as high carrier mobility and
energy conversion efficiency, making GaAs a leading competitor to replace Si on several …

This paper presents work on the heteroepitaxy of salts, specifically fluorides, on
semiconductors and heteroepitaxy of semiconductors on salts. Fluorides layers are …