Dependence of arc interrupting capability on spatial distribution of airflow velocity in air-blast flat-type quenching chamber.

Dependence of arc interrupting capability on spatial distribution of airflow velocity in air-blast flat-type quenching chamber.

The dependence of an interrupting capability on the spatial distribution of airflow velocity was investigated in an air-blast flat-type quenching chamber. To obtain a various distribution of airflow velocity, the axial position of a nozzle and the inlet width of the nozzle were varied. For each of t...

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Bibliographic Details
Published in:IEEE Transactions on power delivery 18, 1 (2003).
Main Author: Yokomizu, Y.
Format: Article
Language:English
Subjects:
AC currents.
Air-blast flat-type quenching chamber.
Airflow velocity distribution.
Arc interrupting capability.
Arc interruption tests.
Interrupting capability.
Nozzle axial position.
Nozzle inlet width.
Quenching chamber.
Spatial distribution.
Vortex.