Abstract
A new electrolytic decontamination method used metal balls as conducting anode was investigated. The influences of current density, solution property and diameter of pipes on efficiency of electrolytic decontamination were examined and the efficiency of this method was compared with that of common electrolytic method under the same experimental conditions. Decontamination of samples of stainless steel pipes contaminated by plutonium was performed. Experimental results indicate that decontamination of stainless steel pipes contaminated by plutonium can be achieved at the optimum conditions of greater than 0.2 A{center_dot}cm{sup -2} current density, 5% sulfuric acid electrolyte and 5 min electrolysis. This method can be used in the decontamination of a wide variety of decommissioned metal materials. (author)
Citation Formats
Dongwen, Wang, Tianjun, Dou, and Yujie, Zhao.
Experiment on electrolysis decontamination of stainless steel pipes.
China: N. p.,
2004.
Web.
Dongwen, Wang, Tianjun, Dou, & Yujie, Zhao.
Experiment on electrolysis decontamination of stainless steel pipes.
China.
Dongwen, Wang, Tianjun, Dou, and Yujie, Zhao.
2004.
"Experiment on electrolysis decontamination of stainless steel pipes."
China.
@misc{etde_20620115,
title = {Experiment on electrolysis decontamination of stainless steel pipes}
author = {Dongwen, Wang, Tianjun, Dou, and Yujie, Zhao}
abstractNote = {A new electrolytic decontamination method used metal balls as conducting anode was investigated. The influences of current density, solution property and diameter of pipes on efficiency of electrolytic decontamination were examined and the efficiency of this method was compared with that of common electrolytic method under the same experimental conditions. Decontamination of samples of stainless steel pipes contaminated by plutonium was performed. Experimental results indicate that decontamination of stainless steel pipes contaminated by plutonium can be achieved at the optimum conditions of greater than 0.2 A{center_dot}cm{sup -2} current density, 5% sulfuric acid electrolyte and 5 min electrolysis. This method can be used in the decontamination of a wide variety of decommissioned metal materials. (author)}
journal = []
issue = {3}
volume = {38}
journal type = {AC}
place = {China}
year = {2004}
month = {May}
}
title = {Experiment on electrolysis decontamination of stainless steel pipes}
author = {Dongwen, Wang, Tianjun, Dou, and Yujie, Zhao}
abstractNote = {A new electrolytic decontamination method used metal balls as conducting anode was investigated. The influences of current density, solution property and diameter of pipes on efficiency of electrolytic decontamination were examined and the efficiency of this method was compared with that of common electrolytic method under the same experimental conditions. Decontamination of samples of stainless steel pipes contaminated by plutonium was performed. Experimental results indicate that decontamination of stainless steel pipes contaminated by plutonium can be achieved at the optimum conditions of greater than 0.2 A{center_dot}cm{sup -2} current density, 5% sulfuric acid electrolyte and 5 min electrolysis. This method can be used in the decontamination of a wide variety of decommissioned metal materials. (author)}
journal = []
issue = {3}
volume = {38}
journal type = {AC}
place = {China}
year = {2004}
month = {May}
}