Dec 6, 2010 · We show how to estimate the current distribution between the brushes following the basic rules of the partial-inductance method. To test the ...
Abstract: We reapproach the characterization of inductance gradient and current distribution in electromagnetic rail launchers with multiple brush armature.
The entire system depends on the inductance gradient of the rail which is directly connected to the accelerating performance and efficiency of railgun. Hence, ...
May 1, 2011 · We show how to estimate the current distribution between the brushes following the basic rules of the partial-inductance method. To test the ...
Bibliographic details on Characterization of Inductance Gradient and Current Distribution in Electromagnetic Launchers.
Based on Biot–Savart Law, an analytical method of calculating inductance gradient for an electromagnetic rail launcher with complex structure is proposed.
Scholars at home and abroad have carried out a large number of theoretical and experimental studies on the inductance gradient of electromagnetic launcher.
Missing: Characterization | Show results with:Characterization
In order to obtain a larger inductance gradient, the width of the two rails should be narrower, the height should be shorter, and the separation between the two ...
Jul 3, 2009 · The inductance gradient is affected by several factors including the shape and size of the launcher, the material properties of the conductors ...
We reapproach the characterization of the inductance gradient and the current distribution in electromagnetic rail launchers with multiple brush armatures. A ...