The Hering Experiment from Three Viewpoints: Difference between revisions
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The paper presents an experimental verification of the validity of the new Gaussian equation for the force between moving charges. Equations for the force between current elements which are derived from the Weber equation, the classical equation and the new Gaussian equation are presented. These equations are applied to the Hering furnace. The operation of the Hering furnace is consistent with the new Gaussian equation for the force between moving charges. There are difficulties with the Weber equation and the classical equation predicts that a furnace which has been used In industry for nearly a century cannot possibly operate.[[Category:Scientific Paper]] | The paper presents an experimental verification of the validity of the new Gaussian equation for the force between moving charges. Equations for the force between current elements which are derived from the Weber equation, the classical equation and the new Gaussian equation are presented. These equations are applied to the Hering furnace. The operation of the Hering furnace is consistent with the new Gaussian equation for the force between moving charges. There are difficulties with the Weber equation and the classical equation predicts that a furnace which has been used In industry for nearly a century cannot possibly operate. | ||
[[Category:Scientific Paper|hering experiment viewpoints]] | |||
Latest revision as of 13:16, 1 January 2017
| Scientific Paper | |
|---|---|
| Title | The Hering Experiment from Three Viewpoints |
| Author(s) | Domina Eberle Spencer, Uma Y Shama, Philip J Mann, Gerard Coutu, Wallace W Bowley |
| Keywords | Experiment |
| Published | 1997 |
| Journal | None |
Abstract
The paper presents an experimental verification of the validity of the new Gaussian equation for the force between moving charges. Equations for the force between current elements which are derived from the Weber equation, the classical equation and the new Gaussian equation are presented. These equations are applied to the Hering furnace. The operation of the Hering furnace is consistent with the new Gaussian equation for the force between moving charges. There are difficulties with the Weber equation and the classical equation predicts that a furnace which has been used In industry for nearly a century cannot possibly operate.