%0 Journal Article %1 hilllaboratory %A Hill, R %D - %J PRELIMINARY %K Analysis Naturally-Aged Silicone-Rubber-Insulators %T Laboratory Analysis of Naturally Aged Silicone Rubber Polymer Insulators from Contaminated Environments, 138 to 765 kV %X Silicone rubber housed non-ceramic insuUdors were studied after field aging in various service enviromnents for periods offram 7 years to more Iluut 10 years. The coniJitfun of the aged silicone rubber was compared to that of new material, ,:usin.g on the characteristics of hydrophobicity recovery and contaminant encapsulation by low molectdarweight polymer. The jie1ii aged materials are shown (0 exhibit hydrophobicity characteristics comparable to those of new,unaged silicone rubber.

@article{hilllaboratory, abstract = {Silicone rubber housed non-ceramic insuUdors were studied after field aging in various service enviromnents for periods offram 7 years to more Iluut 10 years. The coniJitfun of the aged silicone rubber was compared to that of new material, ,:usin.g on the characteristics of hydrophobicity recovery and contaminant encapsulation by low molectdarweight polymer. The jie1ii aged materials are shown (0 exhibit hydrophobicity characteristics comparable to those of new,unaged silicone rubber.}, added-at = {2020-04-03T16:01:52.000+0200}, author = {Hill, R}, biburl = {https://www.bibsonomy.org/bibtex/27aede30466fd7ce47f3660544f612adb/ceps}, interhash = {58421259c71b896b274c7b8fc6823c69}, intrahash = {7aede30466fd7ce47f3660544f612adb}, journal = {PRELIMINARY}, keywords = {Analysis Naturally-Aged Silicone-Rubber-Insulators}, timestamp = {2023-12-20T14:38:22.000+0100}, title = {Laboratory Analysis of Naturally Aged Silicone Rubber Polymer Insulators from Contaminated Environments, 138 to 765 kV}, year = {-} }