We employed a technique to enhance the performance of Ge Schottky photodetectors (PDs),
namely using an electroless chemical etching method to create an antireflective surface …

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 …

The current work aims to investigate the isotopic effect in biosynthesized Germanium
nanocrystals (Ge NCs) through Raman and IR absorption spectra. By treating bulk …

Mesoporous crystalline germanium was fabricated by bipolar electrochemical etching of Ge
wafer in HF-based electrolyte. It yields uniform mesoporous germanium layers composed of …

We work on the transfer from CZ wafers to epitaxially grown Si and Ge wafers on reusable
substrates with a porous detachment layer (“kerfless wafering”) to reduce material and …

Germanium substrate re-use by porous sacrificial layer appears to be a promising approach
for next generation high efficiency III-V solar cells. The morphological evolution of the double …

Germanium nanostructures are prepared by electrochemical etching of n-type Sb-doped
(100) oriented germanium (Ge) substrates with resistivity of 0.01 Ω cm. Ge substrates are …

Tunable potential oscillations are obtained by electrochemical etching of n-InP (100) in the 3
M NaCl solution using the chronoptentiometry with current ramp. The regular 3D nanopore …

Les nanostructures sont très prometteuses pour les applications thermoélectriques grâce au
découplage des propriétés électrique et thermique. Ainsi, la modification de chacune de ces …

Combination of porosity and hydrostaticity during compression is used with a view to explore
the energy landscape of germanium. In this work, pressure-induced phase transformations …