%0 Journal Article %1 matsuoka1996assessment %A Matsuoka, R %A Shinokubo, H %A Kondo, K %A Mizuno, Y %A Naito, K %A Fujimura, T %A Terada, T %D 1996 %J IEEE Transactions on Power Delivery %K Contamination Insulator Polymer Voltage Withstand %N 4 %P 28-33 %T Assessment of Basic Contamination Withstand Voltage Characteristics of Polymer Insulators %V 11 %X An artificial contamination method for hydrophobic polymer insulators was newly developed, which can provide a uniform contaminant layer similar to the natural one neither by damaging the polymer surface nor by adding any chemical agent to the conventional contamination slurry. Using this method, basic contamination withstand voltage characteristics of polymer insulators were investigated comparing with those of porcelain insulators. The results show that although hydrophobic polymer insulators generally have excellent contamination withstand voltage characteristics critical reduction of withstand voltage occurs sometimes under rapid and heavy wetting and contamination conditions.

@article{matsuoka1996assessment, abstract = {An artificial contamination method for hydrophobic polymer insulators was newly developed, which can provide a uniform contaminant layer similar to the natural one neither by damaging the polymer surface nor by adding any chemical agent to the conventional contamination slurry. Using this method, basic contamination withstand voltage characteristics of polymer insulators were investigated comparing with those of porcelain insulators. The results show that although hydrophobic polymer insulators generally have excellent contamination withstand voltage characteristics critical reduction of withstand voltage occurs sometimes under rapid and heavy wetting and contamination conditions.}, added-at = {2021-02-16T23:16:34.000+0100}, author = {Matsuoka, R and Shinokubo, H and Kondo, K and Mizuno, Y and Naito, K and Fujimura, T and Terada, T}, biburl = {https://www.bibsonomy.org/bibtex/2dba2a91af6c8e7aa81fba34854d5bd42/ceps}, interhash = {d9c34fd0cdc4110ef59c9f272f043806}, intrahash = {dba2a91af6c8e7aa81fba34854d5bd42}, journal = {IEEE Transactions on Power Delivery}, keywords = {Contamination Insulator Polymer Voltage Withstand}, number = 4, pages = {28-33}, timestamp = {2023-12-21T15:13:09.000+0100}, title = {Assessment of Basic Contamination Withstand Voltage Characteristics of Polymer Insulators}, volume = 11, year = 1996 }