In metal electrodeposition in the limiting diffusion current density range, the deposition current density remains constant regardless of the deposition overpotential used, At the same time, die larger the deposition overpotential is the more disperse is the formed deposit, which is characterised by an increase specific surface. The difference in die specific surface of disperse deposits obtained at two different overpotentials; in the limiting diffusion current density range is correlated with the difference between the deposition overpotentials. A method for the estimation of the surface tension of solid copper in copper sulfate solutions is also proposed
The industrial electrodeposition f copper from cupric acid sulphate baths is typically carried out a...
SummaryCopper is the only one solid metal registered by the US Environmental Protection Agency as an...
Observations of copper electrodeposits on to the (100) plane of copper was made from highly purified...
In metal electrodeposition in the limiting diffusion current density range, the deposition current d...
In metal electrodeposition in the limiting diffusion current density range the deposition current de...
A possible way for the estimation of the interfacial energy of the copper - copper sulphate solution...
Electrodeposition of copper from acid sulfate solutions at overpotentials on the plateau of the limi...
The effect of temperature on the electrodeposition of copper at overpotentials belonging to the plat...
Apossible way for the estimation of the interfacial energy of the copper – copper sulphate solution ...
The specific surface of electrodeposited copper was determined using recently proposed way for the e...
The effect of temperature on the electrodeposition of copper at overpotentials belonging to the plat...
Studies were made of copper, electrodeposited on to the (100) plane of copper from highly purified s...
In the recent years, copper has been replacing aluminum to be widely used as the interconnect materi...
In this research, the effect of surface-active substances (CMC and DFP) on the electrolysis of coppe...
The papers dealing with the effects of electrodeposition conditions on the decisive characteristics ...
The industrial electrodeposition f copper from cupric acid sulphate baths is typically carried out a...
SummaryCopper is the only one solid metal registered by the US Environmental Protection Agency as an...
Observations of copper electrodeposits on to the (100) plane of copper was made from highly purified...
In metal electrodeposition in the limiting diffusion current density range, the deposition current d...
In metal electrodeposition in the limiting diffusion current density range the deposition current de...
A possible way for the estimation of the interfacial energy of the copper - copper sulphate solution...
Electrodeposition of copper from acid sulfate solutions at overpotentials on the plateau of the limi...
The effect of temperature on the electrodeposition of copper at overpotentials belonging to the plat...
Apossible way for the estimation of the interfacial energy of the copper – copper sulphate solution ...
The specific surface of electrodeposited copper was determined using recently proposed way for the e...
The effect of temperature on the electrodeposition of copper at overpotentials belonging to the plat...
Studies were made of copper, electrodeposited on to the (100) plane of copper from highly purified s...
In the recent years, copper has been replacing aluminum to be widely used as the interconnect materi...
In this research, the effect of surface-active substances (CMC and DFP) on the electrolysis of coppe...
The papers dealing with the effects of electrodeposition conditions on the decisive characteristics ...
The industrial electrodeposition f copper from cupric acid sulphate baths is typically carried out a...
SummaryCopper is the only one solid metal registered by the US Environmental Protection Agency as an...
Observations of copper electrodeposits on to the (100) plane of copper was made from highly purified...