… of homogeneous electrochemically etched mesoporous Ge was not yet reported. In this
paper, we show a procedure to form uniform mesoporous Ge layers by electrochemical etching …

… was dissolved during the production of the separation layer. … layer, allowing thus the formation
of porous double layers with … single layers formed by means of electrochemical etching in …

… However, the realized mesoporous layers were extremely … mesoporous Ge layers by bipolar
electrochemical etching. A … mesoporous Ge layers by bipolar electrochemical etching is …

… growth of electrochemically etched pores in Germanium (Ge) … ], and little is said about the
morphology of the porous layers. … attempt to produce microporous Ge layers, intended to be …

… It is already know from the literature that the porosity of germanium layer is linearly proportional
to the etching current density applied for CBEE [7,12]. Tutashkonko et al., by studying the …

… But, no structural details regarding the germanium layer were reported. A few years later,
Foll et al. studied the nucleation and growth of n- and p-type porous Ge with various types of …

… of mesoporous germanium layers suitable for solar energy applications by electrochemical
etching in highly concentrated electrolytes. For long anodization times or thick layer formation …

… In this paper, a simple electrochemical etching procedure is described … All experiments were
performed in an electrochemical double cell with a … The width d SCR of the depletion layer is …

… change in potential with time as the damaged surface layer was chemically etched away. …
As the damaged surface layer is etched away, the potentials drift apart. The largest potential …

… germanium layers by means of electrochemical etching. The thesis evaluates the potential
applications of porous Ge layers … solid-state physics and electrochemistry of semiconductors …