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 …

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 …

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 …

Mesoporous germanium has received lately a growing interest in many fields. However, the
lack of flexibility and knowledge concerning its electrochemical etching remains important. In …

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 …

The formation of mesoporous Ge layers with different morphologies by bipolar
electrochemical etching is reported for the first time. A detailed analysis of the effect of …

We produce uniform mesoporous single-and multilayers on 4in. p-type Ge wafers by means
of electrochemical etching in highly concentrated HF-based electrolytes. Pore formation by …

The extended analysis of influence of the surface hydrogen passivation degree on
morphology of mesoporous Ge (PGe) formed by Bipolar Electrochemical Etching technique …

Utilizing carbon dioxide (CO2) as a resource for carbon monoxide (CO) production using
renewable energy requires electrochemical reactors with gas diffusion electrodes that …

An in-depth study of metal assisted chemical etching (MACE) of p-type c-Si in HF/H2O2
aqueous solutions using Pt nanoparticles as catalysts is presented. Combination of cyclic …