Difference between revisions of "Toroidal Spark Gap Engine Tests"
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==Abstract== | ==Abstract== | ||
− | James E. Cox tested and videotaped the forces generated by his six-gap toroidal spark engine. He found it created a short-lived, high-pressure plasma pulse capable of producing dramatic effects. This is a continuation of his work which was presented in ESJ 5 (?Toroidal Spark Gap Engine,? pp. 6-10). | + | James E. Cox tested and videotaped the forces generated by his six-gap toroidal spark engine. He found it created a short-lived, high-pressure plasma pulse capable of producing dramatic effects. This is a continuation of his work which was presented in ESJ 5 (?Toroidal Spark Gap Engine,? pp. 6-10). |
− | [[Category:Structure]] | + | [[Category:Scientific Paper|toroidal spark gap engine tests]] |
− | [[Category:Electric Universe]] | + | |
+ | [[Category:Structure|toroidal spark gap engine tests]] | ||
+ | [[Category:Electric Universe|toroidal spark gap engine tests]] |
Latest revision as of 20:10, 1 January 2017
Scientific Paper | |
---|---|
Title | Toroidal Spark Gap Engine Tests |
Author(s) | James E Cox |
Keywords | electrodynamic pulse, high-voltage discharge, plasma generation, toroidal spark gap engine |
Published | 1994 |
Journal | Electric Spacecraft Journal |
Number | 11 |
Pages | 26-29 |
Abstract
James E. Cox tested and videotaped the forces generated by his six-gap toroidal spark engine. He found it created a short-lived, high-pressure plasma pulse capable of producing dramatic effects. This is a continuation of his work which was presented in ESJ 5 (?Toroidal Spark Gap Engine,? pp. 6-10).