Railgun: Difference between revisions
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A railgun is used to launch conducting projectile at a high rate of velocity using only the forces deriving from electric and magnetic forces. The system is comprised of two parallel conducting "rails", a conducing projectile to be launched, and a battery to complete the circuit and to produce the current required to fire the projectile. Railguns are most often thought of as a type of kinetic energy weapon, meaning they use their momentum to create their destructive power instead of an explosive payload. While there are other types of kinetic energy weapons around today most of their speeds top out at Mach 3, where as a railgun theoretically could reach speeds in excess of Mach 10, however current prototypes are in more if the Mach 6 range. | A railgun is used to launch conducting projectile at a high rate of velocity using only the forces deriving from electric and magnetic forces. The system is comprised of two parallel conducting "rails", a conducing projectile to be launched, and a battery to complete the circuit and to produce the current required to fire the projectile. Railguns are most often thought of as a type of kinetic energy weapon, meaning they use their momentum to create their destructive power instead of an explosive payload. While there are other types of kinetic energy weapons around today most of their speeds top out at Mach 3, where as a railgun theoretically could reach speeds in excess of Mach 10, however current prototypes are in more if the Mach 6 range. | ||
[[File:Railgun_1.jpg|thumb|350px]] | |||
==The Main Idea== | ==The Main Idea== | ||
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A railgun uses the principles of electromagnetics to create a weapon out of a conducting rod which is accelerated using the Lorentz Force in order to make the rod a projectile. | A railgun uses the principles of electromagnetics to create a weapon out of a conducting rod which is accelerated using the Lorentz Force in order to make the rod a projectile. | ||
[[File:Railgun-1.svg|thumb|285px|Schematic diagram of a railgun]] | [[File:Railgun-1.svg|thumb|285px|Schematic diagram of a railgun]] | ||
===A Mathematical Model=== | ===A Mathematical Model=== | ||
Revision as of 17:14, 5 December 2015
Claimed by fmaxwell6.
A railgun is used to launch conducting projectile at a high rate of velocity using only the forces deriving from electric and magnetic forces. The system is comprised of two parallel conducting "rails", a conducing projectile to be launched, and a battery to complete the circuit and to produce the current required to fire the projectile. Railguns are most often thought of as a type of kinetic energy weapon, meaning they use their momentum to create their destructive power instead of an explosive payload. While there are other types of kinetic energy weapons around today most of their speeds top out at Mach 3, where as a railgun theoretically could reach speeds in excess of Mach 10, however current prototypes are in more if the Mach 6 range.
The Main Idea
A railgun uses the principles of electromagnetics to create a weapon out of a conducting rod which is accelerated using the Lorentz Force in order to make the rod a projectile.
A Mathematical Model
The Lorentz Force is the primary component in creating a railgun and is best know by the formula below: [math]\displaystyle{ {F} = I\int \mathrm{d}\boldsymbol{\ell}\times{B} }[/math]
As of now most the research, funding, and development for railgun weapons comes from the United States Navy.
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