A railgun using cwas developed to launch hypervelocity projectiles. A 240 kJ, low inductance capacitor bank operating at 5 kV powered the railgun. Launchers and projectiles were designed and developed for this purpose. The currents producing the launch forces of the order of hundreds of kA. Even very low impedances for the current through the railgun circuit are substantial sources of energy losses. A simulation code was developed to optimise the performance of the railgun. Control and instrumentation facilities were set up along with a computer-based data acquisition system for measurement and analysis. The capacity to launch projectiles of 3-3.5 g weight to a velocity of more than 2.00 km/s was demonstrated
In December 1993, The University of Texas at Austin Center of Electromechanics (UT-CEM) completed co...
An Electromagnetic Railgun (EMRG) was designed, built, and tested, capable of firing a projectile a ...
Railguns can convert large quantities of electrical energy into kinetic energy of the projectile. T...
A railgun using cwas developed to launch hypervelocity projectiles. A 240 kJ, low inductance capaci...
A railgun powered by a capacitor bank was developed to launch hypervelocity projectiles. The effici...
A railgun powered by a capacitor bank was developed to launch hypervelocity projectiles. The efficie...
An Electromagnetic Railgun (EMRG) was designed, built, and tested, capable of firing a projectile a ...
Railguns are well-known for their capability to reach very high velocities (v0 > 2000 m/s) with over...
A railgun operates at high pressure (up to 350 MPa) without structural damage and is readily disasse...
Sufficient experimental railgun work and railgun analysis has now been performed to make it desirabl...
Electric guns, theoretical and practical, have been around for many years in many forms. They have b...
The goal of the Cannon Caliber Program is to drive 185 g integrated launch packages to 1850 m/s. Thr...
A rapid fire railgun launcher has been designed and fabricated and a single-shot prototype has been ...
For supervisory level power management of a ship\u27s power flows, knowledge of the (pulse) power de...
It has been established that centimeter sized projectiles weighing several grams can be accelerated ...
In December 1993, The University of Texas at Austin Center of Electromechanics (UT-CEM) completed co...
An Electromagnetic Railgun (EMRG) was designed, built, and tested, capable of firing a projectile a ...
Railguns can convert large quantities of electrical energy into kinetic energy of the projectile. T...
A railgun using cwas developed to launch hypervelocity projectiles. A 240 kJ, low inductance capaci...
A railgun powered by a capacitor bank was developed to launch hypervelocity projectiles. The effici...
A railgun powered by a capacitor bank was developed to launch hypervelocity projectiles. The efficie...
An Electromagnetic Railgun (EMRG) was designed, built, and tested, capable of firing a projectile a ...
Railguns are well-known for their capability to reach very high velocities (v0 > 2000 m/s) with over...
A railgun operates at high pressure (up to 350 MPa) without structural damage and is readily disasse...
Sufficient experimental railgun work and railgun analysis has now been performed to make it desirabl...
Electric guns, theoretical and practical, have been around for many years in many forms. They have b...
The goal of the Cannon Caliber Program is to drive 185 g integrated launch packages to 1850 m/s. Thr...
A rapid fire railgun launcher has been designed and fabricated and a single-shot prototype has been ...
For supervisory level power management of a ship\u27s power flows, knowledge of the (pulse) power de...
It has been established that centimeter sized projectiles weighing several grams can be accelerated ...
In December 1993, The University of Texas at Austin Center of Electromechanics (UT-CEM) completed co...
An Electromagnetic Railgun (EMRG) was designed, built, and tested, capable of firing a projectile a ...
Railguns can convert large quantities of electrical energy into kinetic energy of the projectile. T...