[eng] Metallic deposits can be produced on the surface of silicon crystals by immersion in aqueous solutions containing fluoride and the metallic ions. This work aims to elucidate the general mechanism of the deposition process, based on "in situ" electrochemical measurements under potentiostatic control and "ex situ" microscopic and spectroscopic techniques. The mechanism developed takes into account the classical concepts of semiconductor electrochemistry, as well as the recent advances in the understanding of silicon chemistry. The consequences of this study and its technological applications are also discussed
Silicon nucleation process was investigated in molten NaF-KF (40-60 mol%) on silver electrodes in th...
The electrochemical etching of (100) n-type Si was investigated in dilute HF solutions containing co...
Electrodeposition of Fe, Pt and Fe–Pt on n-type Si (001) wafer was studied. The electrochemical nucl...
An electrochemical study of the open-circuit deposition of platinum on silicon from fluoride solutio...
Metal deposition on silicon from HF-based solutions is initiated by electrochemical reduction of met...
There has been considerable interest in electrodeposition of silicon from fluoride melts on a suitab...
For the fabrication of ULSI circuits, the silicon surface should be free of metallic and particulate...
Semiconductor electrochemistry has known an important development in the eighties, especially aimed ...
Direct deposition of silver from fluoride-free alkaline solutions containing Ag(I) ions at pH higher...
Features of the nickel electrochemical deposition into mesoporous silicon are discussed. The process...
trecht, can by m arked 616 A ived J nation and ultrasonic vibration. Features such as dendrites, s...
The etching rate of silicon in fluoride-containing solutions was found to show a remarkable pH depen...
In this paper, we investigated how the anion of an ionic liquid (IL) affects nanostructure of electr...
Electrodeposition of silicon on various electrode materials was investigated from a 1-butyl-3- methy...
The electrochemistry of crystalline and porous silicon and the luminescence from porous silicon has ...
Silicon nucleation process was investigated in molten NaF-KF (40-60 mol%) on silver electrodes in th...
The electrochemical etching of (100) n-type Si was investigated in dilute HF solutions containing co...
Electrodeposition of Fe, Pt and Fe–Pt on n-type Si (001) wafer was studied. The electrochemical nucl...
An electrochemical study of the open-circuit deposition of platinum on silicon from fluoride solutio...
Metal deposition on silicon from HF-based solutions is initiated by electrochemical reduction of met...
There has been considerable interest in electrodeposition of silicon from fluoride melts on a suitab...
For the fabrication of ULSI circuits, the silicon surface should be free of metallic and particulate...
Semiconductor electrochemistry has known an important development in the eighties, especially aimed ...
Direct deposition of silver from fluoride-free alkaline solutions containing Ag(I) ions at pH higher...
Features of the nickel electrochemical deposition into mesoporous silicon are discussed. The process...
trecht, can by m arked 616 A ived J nation and ultrasonic vibration. Features such as dendrites, s...
The etching rate of silicon in fluoride-containing solutions was found to show a remarkable pH depen...
In this paper, we investigated how the anion of an ionic liquid (IL) affects nanostructure of electr...
Electrodeposition of silicon on various electrode materials was investigated from a 1-butyl-3- methy...
The electrochemistry of crystalline and porous silicon and the luminescence from porous silicon has ...
Silicon nucleation process was investigated in molten NaF-KF (40-60 mol%) on silver electrodes in th...
The electrochemical etching of (100) n-type Si was investigated in dilute HF solutions containing co...
Electrodeposition of Fe, Pt and Fe–Pt on n-type Si (001) wafer was studied. The electrochemical nucl...