Surface Discharge Characteristics of GFRP in GN<sub>2</sub>and LN<sub>2</sub>for Designing a Superconducting Coil System

A study on the effect of the physical states of nitrogen on breakdown properties of glass fibre reinforced plastic was carried on. Surface breakdown and volume breakdown of glass fiber reinforced plastic in nitrogen gas, cryogenic nitrogen gas and liquid nitrogen under AC voltages were investigated. In addition, breakdown strength-time to breakdown characteristics of glass fiber reinforced plastic in these insulating media was also examined. The experimental data showed that surface breakdown strength and volume breakdown strength of glass fiber reinforced plastic were significantly dependent on surrounding media, and similar results were obtained with breakdown strength-time to breakdown experiments.

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Surface Discharge Characteristics of GFRP in GN₂and LN₂for Designing a Superconducting Coil System

Cited by 3 publications

References 6 publications

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Surface Discharge Characteristics of GFRP in GN2and LN2for Designing a Superconducting Coil System

Cited by 3 publications

References 6 publications

Pressure-Related Creepage Discharge Characteristics for a 220-kV Superconducting Fault Current Limiter

Pressure-Related Creepage Discharge Characteristics for a 220-kV Superconducting Fault Current Limiter

Surface Dielectric Characteristics of GFRP and PTFE in Cryogenic Environment Under the Switching Impulse Superimposed on DC Voltage

Breakdown characteristics of glass fibre reinforced plastic for termination of high temperature superconducting cable

Contact Info

Product

Resources

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Surface Discharge Characteristics of GFRP in GN₂and LN₂for Designing a Superconducting Coil System