Study of the compatibility of phenyltrinitroxylenethane (Phenylxylilethane) with structural materials

Gun’ko, V. I.; Onishchenko, L. I.; Grebennikov, I. Yu.; Dmitrishin, A. Ya.; Toporov, S. O.; Слепец, Е.Н.

doi:10.3103/s1068375508020130

Surf. Engin. Appl.Electrochem.

2008

DOI: 10.3103/s1068375508020130

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Study of the compatibility of phenyltrinitroxylenethane (Phenylxylilethane) with structural materials

V. I. Gun’ko

L. I. Onishchenko

I. Yu. Grebennikov

et al.

Abstract: The influence of structural materials on the basic electrophysical characteristics (relative permittivity, loss tangent, volume electric resistivity, and electric strength) of phenylxylilethane is considered in this paper.

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“…The influence of copper and its alloys (brass L63) on the polymethylsiloxane liquid PMS-10 parameters is not so noticeable as the effect of these materials on the transformer oil characteristics [6], but, in this experiment, copper tin coated with solder POS-40 also influences the liquid parameters less when comparing them with the impact of copper and brass L63.…”

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confidence: 96%

Study of compatibility of polymethylsiloxane liquid PMS-10 with structural materials

Gun’ko

Onishchenko

Grebennikov

et al. 2008

Surf. Engin. Appl.Electrochem.

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When creating high-voltage electrotechnical devices, the selection of the impregnating liquid dielectric is especially important. Along with the usual requirements such as high electric strength, low dielectric loss, resistance to the effect of partial discharges, resistance to gas, liquid dielectrics should possess a number of special properties; their compatibility with structural materials is the principal one. Liquid dielectric compatibility with structural materials is considered to mean not only the fact that the used structural materials shouldn't cause substantial reduction of the electrophysical parameters of a liquid dielectric but the Abstract -The influence of structural materials on the principal electrophysical characteristics (relative permittivity, loss tangent, volume electric resistivity, and electric strength) of polymethylsiloxane liquid PMS-10 is considered in the paper.

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confidence: 96%

Study of compatibility of polymethylsiloxane liquid PMS-10 with structural materials

Gun’ko

Onishchenko

Grebennikov

et al. 2008

Surf. Engin. Appl.Electrochem.

Self Cite

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Investigations of the constructions of film dielectrics for high-voltage pulse capacitors

Gun’ko

Dmitrishin

Onishchenko

et al. 2012

Surf. Engin. Appl.Electrochem.

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Study of the compatibility of phenyltrinitroxylenethane (Phenylxylilethane) with structural materials

Abstract: The influence of structural materials on the basic electrophysical characteristics (relative permittivity, loss tangent, volume electric resistivity, and electric strength) of phenylxylilethane is considered in this paper.

Cited by 2 publications

References 0 publications

Study of compatibility of polymethylsiloxane liquid PMS-10 with structural materials

Study of compatibility of polymethylsiloxane liquid PMS-10 with structural materials

Investigations of the constructions of film dielectrics for high-voltage pulse capacitors

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