Porous germanium (PGe) nanostructures attract a lot of attention for various emerging
applications due to their unique properties. Consequently, there is an increasing need for …

Abstract Porous Germanium (PGe) has emerged as a promising material for applications
such as substrate engineering, sensing, and energy storage, thanks to its uniquely versatile …

Due to the large surface specific area, tunable porosity and refractive index, porous
germanium (Ge) has wide applications in optoelectronics, photovoltaics, anode materials in …

The effect of the passivation to etching duration ratio on the bipolar electrochemical etching
of highly p-doped germanium on its pore structures has been investigated. The final goal is …

Reducing both the cost and weight of Germanium (Ge)-based devices is a key concern in
extending these technologies to mainstream applications. In this framework, the porous Ge …

Mesoporous germanium (MP-Ge) has been predicted to play an important role in a wide
range of potential applications. These porous Ge networks are characterized by physical …

This paper reports the use of ultrathin free-standing porous alumina membrane (PAM) in
pattern transferring for selective epitaxial growth (SEG) of Ge dots and films on Si. PAM, as a …

“Nanostructured” germanium (Ge; also known as “voided,”“porous,”“nanoporous,”“cratered,”
and “honeycomb” Ge) created via ion beam modification has been studied for many years …

Abstract Porous Ge (PGe) layer is formed on single-crystalline Ge (c-Ge) as well as in a
releasable form (eg, free-standing PGe) by lithography-free metal-assisted chemical etching …

This work presents the growth of high-quality Ge epilayers on Si (001) substrates using a
reduced pressure chemical vapor deposition (RPCVD) chamber. Based on the initial …