mylarpoly: Accelerated life test of a mylar-polyurethane insulating...
In Auburngrads/SMRD: Statistical Methods For Reliability Data
Description
Kalkanis and Rosso (1989) present data generated from an accelerated life test performed on a
special type of mylar-polyurethane insulation used in high-performance electro-magnets.
The data give the time to dielectric breakdown of units tested at 100.3, 122.4, 157.1,
219.0, and 361.4 kV/mm. The purpose of the experiment was to evaluate the reliability
of the insulating structure and to estimate the life distribution at system design voltages.
Kalkanis and Rosso (1989) present data generated from an accelerated life test performed on a
special type of mylar-polyurethane insulation used in high-performance electro-magnets.
The data give the time to dielectric breakdown of units tested at 100.3, 122.4, 157.1,
219.0, and 361.4 kV/mm. The purpose of the experiment was to evaluate the reliability
of the insulating structure and to estimate the life distribution at system design voltages.
Format
A data.frame with 46 rows and 2 variables:
[, 1] minutes Time to dielectric breakdown Numeric
[, 2] ratio Electromagnetic field strength (in kV/mm) Numeric
A data.frame with 46 rows and 2 variables:
[, 1] minutes Time to dielectric breakdown Numeric
[, 2] ratio Electromagnetic field strength (in kV/mm) Numeric
Source
Kalkanis, G., and Rosso, E. (1989),
The inverse power law model for the lifetime of a mylar-polyurethane laminated DC HV insulating structure,
Nuclear Instruments and Methods in Physics Research, A281, 489-496.
Kalkanis, G., and Rosso, E. (1989),
The inverse power law model for the lifetime of a mylar-polyurethane laminated DC HV insulating structure,
Nuclear Instruments and Methods in Physics Research, A281, 489-496.
Auburngrads/SMRD documentation built on Sept. 14, 2020, 2:21 a.m.
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Description
Kalkanis and Rosso (1989) present data generated from an accelerated life test performed on a special type of mylar-polyurethane insulation used in high-performance electro-magnets. The data give the time to dielectric breakdown of units tested at 100.3, 122.4, 157.1, 219.0, and 361.4 kV/mm. The purpose of the experiment was to evaluate the reliability of the insulating structure and to estimate the life distribution at system design voltages.
Kalkanis and Rosso (1989) present data generated from an accelerated life test performed on a special type of mylar-polyurethane insulation used in high-performance electro-magnets. The data give the time to dielectric breakdown of units tested at 100.3, 122.4, 157.1, 219.0, and 361.4 kV/mm. The purpose of the experiment was to evaluate the reliability of the insulating structure and to estimate the life distribution at system design voltages.
Format
A data.frame with 46 rows and 2 variables:
| [, 1] | minutes | Time to dielectric breakdown | Numeric |
| [, 2] | ratio | Electromagnetic field strength (in kV/mm) | Numeric |
A data.frame with 46 rows and 2 variables:
| [, 1] | minutes | Time to dielectric breakdown | Numeric |
| [, 2] | ratio | Electromagnetic field strength (in kV/mm) | Numeric |
Source
Kalkanis, G., and Rosso, E. (1989), The inverse power law model for the lifetime of a mylar-polyurethane laminated DC HV insulating structure, Nuclear Instruments and Methods in Physics Research, A281, 489-496.
Kalkanis, G., and Rosso, E. (1989), The inverse power law model for the lifetime of a mylar-polyurethane laminated DC HV insulating structure, Nuclear Instruments and Methods in Physics Research, A281, 489-496.
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