Fireball Production from a Tesla Coil: Difference between revisions
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James and Kenneth Corum searched the historical record for clues as to how Tesla was able to generate fireballs on-demand. They discovered that operating two, different-frequency coils placed inside the primary made this possible. They also found that airborne carbon or metal particulates enhanced the effect. | James and Kenneth Corum searched the historical record for clues as to how Tesla was able to generate fireballs on-demand. They discovered that operating two, different-frequency coils placed inside the primary made this possible. They also found that airborne carbon or metal particulates enhanced the effect. | ||
[[Category:Tesla]] | [[Category:Scientific Paper|fireball production tesla coil]] | ||
[[Category:Tesla|fireball production tesla coil]] | |||
Latest revision as of 22:33, 1 January 2017
| Scientific Paper | |
|---|---|
| Title | Fireball Production from a Tesla Coil |
| Author(s) | James F Corum, Kenneth L Corum |
| Keywords | do-it-yourself, fireballs, replication, Tesla, Tesla coils |
| Published | 2003 |
| Journal | Electric Spacecraft Journal |
| Number | 36 |
| Pages | 20-22 |
Abstract
James and Kenneth Corum searched the historical record for clues as to how Tesla was able to generate fireballs on-demand. They discovered that operating two, different-frequency coils placed inside the primary made this possible. They also found that airborne carbon or metal particulates enhanced the effect.