The paper specifies the results of the tests on electric strength of vacuum, sulphur hexafluoride (SF6) and the insulation mineral oil under alternate voltage. The tests have been carried out for planar electrodes made of stainless steel or aluminum. It was found that 10-3 Pa vacuum, 3 105 Pa SF6, and insulation mineral oil situated with equal inter-electrode gap equal to several millimeters, have approximately equal electric strength. The degrees of influence of basic parameters of the insulation system on electric strength of SF6 and vacuum are presented. Advantages and faults of vacuum, SF6, and insulation mineral oil are mentioned, taking into account possible use of these media as a high-voltage insulation in various electric equipment...
The drastic increase in the ratings of power apparatus in recent years, as a, result of rapidly incr...
It is very desirable that a mixture gas possessing excellent insulation performance is suggested for...
The prediction of high-voltage strength of electrode arrangements in vacuum is complex. A comparison...
The paper specifies the results of the tests on electric strength of vacuum, sulphur hexafluoride (S...
The paper presents some selected properties of sulphur hexafluoride (SF6) a medium used for high-vol...
The paper presents the results of the study on the effect of dielectric double layer at electrode su...
The paper presents results of a comparative analysis of parameters of two kinds of solid dielectrics...
This paper presents the results of testing the electrical strength of an insulating system in a vacu...
International audienceThe recent technical trend of sulfur hexafluoride (SF6) substitutes and future...
The beginning of this thesis contains an overview of properties of the insulators, and description o...
Master thesis deals with electrical insulating fluids in electrical engineering. It includes the dis...
© 1992 IEEE. This paper describes a high voltage test procedure for investigating surface breakdown ...
Gas insulation had been used widely in high voltage industry as a dielectric component. According to...
Gas insulation had been used widely in high voltage industry as a dielectric component. According to...
The performance of electrical equipment and devices is determined to a great extent by the propertie...
The drastic increase in the ratings of power apparatus in recent years, as a, result of rapidly incr...
It is very desirable that a mixture gas possessing excellent insulation performance is suggested for...
The prediction of high-voltage strength of electrode arrangements in vacuum is complex. A comparison...
The paper specifies the results of the tests on electric strength of vacuum, sulphur hexafluoride (S...
The paper presents some selected properties of sulphur hexafluoride (SF6) a medium used for high-vol...
The paper presents the results of the study on the effect of dielectric double layer at electrode su...
The paper presents results of a comparative analysis of parameters of two kinds of solid dielectrics...
This paper presents the results of testing the electrical strength of an insulating system in a vacu...
International audienceThe recent technical trend of sulfur hexafluoride (SF6) substitutes and future...
The beginning of this thesis contains an overview of properties of the insulators, and description o...
Master thesis deals with electrical insulating fluids in electrical engineering. It includes the dis...
© 1992 IEEE. This paper describes a high voltage test procedure for investigating surface breakdown ...
Gas insulation had been used widely in high voltage industry as a dielectric component. According to...
Gas insulation had been used widely in high voltage industry as a dielectric component. According to...
The performance of electrical equipment and devices is determined to a great extent by the propertie...
The drastic increase in the ratings of power apparatus in recent years, as a, result of rapidly incr...
It is very desirable that a mixture gas possessing excellent insulation performance is suggested for...
The prediction of high-voltage strength of electrode arrangements in vacuum is complex. A comparison...