The aim of this review paper is to summarize a decade of research focused on enhancing
metalorganic vapor-phase epitaxy (MOVPE) growth rates of GaAs, driven by the imperative …

The recent exploration of porous Germanium (PGe) techniques marks a significant
advancement in the scalable production of detachable Ge membranes and devices …

The design of self-supporting membranes is gaining high interest in a broad range of
applications, from nanodevices, optoelectronics, sensing, separation, and catalysis. In this …

Single crystal germanium (Ge) membranes have recently gained increasing interest for
lightweight and low-cost solar cells and flexible optoelectronic devices. These membranes …

This study proposed a performance enhancement scheme for GaAs thin-film solar cell
(TFSC) based on Ti plasma enhancement. It aims to enhance the light absorption ability of …

Abstract Recently, porous Germanium (PGe) structures have gained significant attention as
a promising engineering material for a broad range of applications due to the versatility of its …

New massive markets for space multijunction solar cells are being discussed globally. For
such an explosive increase in demand to materialize, a more sustainable and affordable Ge …

Reducing germanium (Ge) consumption is vital for a sustainable future in space
applications. Engineered Ge substrates, consisting of a thin Ge foil that is weakly attached to …