$15.00
Crosslinked polyethylene, ethylene propylene, and conventional butyl rubber are compared on the basis of thermal stability for wire and cable. Changes in physical and electrical properties at high temperatures, effects of thermal aging on AC breakdown voltage, and half life time of AC breakdown vs the reciprocal of the absolute temperature are discussed.
Crosslinked polyethylene, ethylene propylene, and conventional butyl rubber are compared on the basis of thermal stability for wire and cable. Changes in physical and electrical properties at high temperatures, effects of thermal aging on AC breakdown voltage, and half life time of AC breakdown vs the reciprocal of the absolute temperature are discussed.
| Author(s) | Kuhara, T.The Furukawa Electric Co. Ltd. |
|---|---|
| Publication/Event/Pages | Wire Journal3(5): 81-86 1970, Paper presented at WAI 38th Annual Convention, Riderwood, MD USA |
| Year | 1970 |
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