The results of a study on the suppression of leakage
current on room temperature vulcanizing (RTV) silicone
rubber coated porcelain suspension insulators in a
salt-fog charrber are reported. A conparative study of
the performance of coating of different parts of
suspension insulators with RTV is reported. The results
of attenuated total reflection (JcrR) Fourier Transfonu
Infrared (FTIR) spectroscopy are reported from which a
suppression mechanism of leakage current is suggested.
These new results complement those previously reported
by the authors on the ability of the RTV coatings to
suppress leakage current. A mechanism on the
suppression of leakage current on RTV coated porcelain
and silicone rubber insulators dealing with the
temporary loss of hydrophobicity and its return is
suggested.
%0 Generic
%1 kim1991suppression
%A Kim, S
%A Cherney, E
%A Hackam, R
%D 1991
%K Aging Fog-chamber Hydrophobicity IR-Spectroscopy Pollution-test Polymer-insulators RTV-coatings
%T SUPPRESSION MECHANISM OF LEAKAGE CURRENT ON RTV COATED PORCELAIN AND SILICONE RUBBER INSULATORS
%X The results of a study on the suppression of leakage
current on room temperature vulcanizing (RTV) silicone
rubber coated porcelain suspension insulators in a
salt-fog charrber are reported. A conparative study of
the performance of coating of different parts of
suspension insulators with RTV is reported. The results
of attenuated total reflection (JcrR) Fourier Transfonu
Infrared (FTIR) spectroscopy are reported from which a
suppression mechanism of leakage current is suggested.
These new results complement those previously reported
by the authors on the ability of the RTV coatings to
suppress leakage current. A mechanism on the
suppression of leakage current on RTV coated porcelain
and silicone rubber insulators dealing with the
temporary loss of hydrophobicity and its return is
suggested.
@conference{kim1991suppression,
abstract = {The results of a study on the suppression of leakage
current on room temperature vulcanizing (RTV) silicone
rubber coated porcelain suspension insulators in a
salt-fog charrber are reported. A conparative study of
the performance of coating of different parts of
suspension insulators with RTV is reported. The results
of attenuated total reflection (JcrR) Fourier Transfonu
Infrared (FTIR) spectroscopy are reported from which a
suppression mechanism of leakage current is suggested.
These new results complement those previously reported
by the authors on the ability of the RTV coatings to
suppress leakage current. A mechanism on the
suppression of leakage current on RTV coated porcelain
and silicone rubber insulators dealing with the
temporary loss of hydrophobicity and its return is
suggested.},
added-at = {2020-03-31T14:07:30.000+0200},
author = {Kim, S and Cherney, E and Hackam, R},
biburl = {https://www.bibsonomy.org/bibtex/2253c090acb768f6473f4ec2127c35901/chkokalis},
eventdate = {February 3-7, 1991},
eventtitle = {IEEE/PES 1991 Winter Meeting},
interhash = {5d342c25e615dd9dd7b7ebf69c448b9b},
intrahash = {253c090acb768f6473f4ec2127c35901},
keywords = {Aging Fog-chamber Hydrophobicity IR-Spectroscopy Pollution-test Polymer-insulators RTV-coatings},
timestamp = {2020-04-02T17:50:47.000+0200},
title = {SUPPRESSION MECHANISM OF LEAKAGE CURRENT ON RTV COATED PORCELAIN AND SILICONE RUBBER INSULATORS
},
venue = {New York},
year = 1991
}