The electrical breakdown at 50 or 60 Hz of an insulating liquid is of importance as a measure of the liquid's ability to withstand electrical stress. In national and international Standards (ASTM and IEC) different methods are reported for evaluating this fundamental property of an insulating liquid. Nevertheless, these test methods differ, depending upon the procedure, shape and dimension of the test specimen holders and types of electrodes. In the present communication an improvement of a test cell is described, which may be useful in a possible revision of Standards for improving the scatter of the test results in the measurement of the 50 or 60 Hz dielectric strength of different insulating liquids
This thesis aims to theoretically describe the formation of electric breakdown in solid and liquid d...
To realise the future subsea power systems, pressure compensated, liquid insulated power converters ...
Nowadays, more and more studies present the results obtained while testing the lightning impulse bre...
The 50-60 Hz breakdown voltage of insulating liquids is not an intrinsic property of the dielectric ...
There are several reasons to test the breakdown voltage of insulating liquids: acceptance tests on n...
One of the most commonly used tests for measuring insulating liquids is the determination of dielect...
IEC 60156 and IEC 60897 were standardized with the purpose of evaluating the breakdown voltage of li...
The latest version of the standard IEC 60156 'Insulating liquids - Determination of the breakdown vo...
Insulating liquids are widely used in high voltage technological applications including power transf...
Insulating liquids are widely used in high voltage technological applications including power transf...
Insulating liquids are widely used in high voltage technological applications including power transf...
Insulating liquids are widely used in high voltage technological applications including power transf...
Insulating liquids are widely used in high voltage technological applications including power transf...
The 2016-2018 ongoing revision of the lEC 60156 'Insulating liquids - Determination of the breakdown...
The 2016-2018 ongoing revision of the lEC 60156 'Insulating liquids - Determination of the breakdown...
This thesis aims to theoretically describe the formation of electric breakdown in solid and liquid d...
To realise the future subsea power systems, pressure compensated, liquid insulated power converters ...
Nowadays, more and more studies present the results obtained while testing the lightning impulse bre...
The 50-60 Hz breakdown voltage of insulating liquids is not an intrinsic property of the dielectric ...
There are several reasons to test the breakdown voltage of insulating liquids: acceptance tests on n...
One of the most commonly used tests for measuring insulating liquids is the determination of dielect...
IEC 60156 and IEC 60897 were standardized with the purpose of evaluating the breakdown voltage of li...
The latest version of the standard IEC 60156 'Insulating liquids - Determination of the breakdown vo...
Insulating liquids are widely used in high voltage technological applications including power transf...
Insulating liquids are widely used in high voltage technological applications including power transf...
Insulating liquids are widely used in high voltage technological applications including power transf...
Insulating liquids are widely used in high voltage technological applications including power transf...
Insulating liquids are widely used in high voltage technological applications including power transf...
The 2016-2018 ongoing revision of the lEC 60156 'Insulating liquids - Determination of the breakdown...
The 2016-2018 ongoing revision of the lEC 60156 'Insulating liquids - Determination of the breakdown...
This thesis aims to theoretically describe the formation of electric breakdown in solid and liquid d...
To realise the future subsea power systems, pressure compensated, liquid insulated power converters ...
Nowadays, more and more studies present the results obtained while testing the lightning impulse bre...