P.I. Shkuropat
Abstract
The time delay of triggered spark discharge in air at atmospheric pressure is studied. The results of tests are used for developing a mechanism for discharge in spark gaps. A controlled spark-gap design is suggested which has a small time delay. (tr-auth)
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The time delay of triggered spark discharge in air at atmospheric pressure is studied. The results of tests are used for developing a mechanism for discharge in spark gaps. A controlled spark-gap design is suggested which has a small time delay. (tr-auth)
Key concepts: SPARK (programming language), Spark gap, Spark discharge, Atmospheric pressure, Air gap (plumbing), Materials science, Environmental science, Engineering