The present document is a final technical report summarizing the progress made during 10/16/2000 - 05/13/2003 toward the development of a small-bore railgun with transaugmentation as a testbed for investigating plasma-materials interaction
The successful demonstration of direct-current railguns during the last decade has shown that these ...
Railguns promise to make space travel and weapons systems much more efficient for the future. I cond...
The Center for Electromechanics at the University of Texas (CEM-UT) at Austin has developed two simu...
This paper discusses the results of high-pressure (up to 350 MPa) railgun experiments. The gun is de...
The goal of many railgun investigations is to arrive at a railgun design that is capable of launchin...
A modified magnetic railgun has been built and investigated. Permanent magnets were used to supply t...
This paper deals with experiments and calculations performed in order to investigate the influence o...
The design for a 0.60 caliber, augmented, laminated, solid-armature railgun is presented. Included i...
The >projectile> being accelerated in a plasma coaxial railgun is a complex mixture: besides plasma,...
The railgun is a promising weapon, but suffers from poor contact and harsh magnetic field environmen...
In December 1993, the Center of Electromechanics at The University of Texas at Austin (CEM-UT) compl...
A laboratory-based, small-caliber, electromagnetic launcher and compensated pulsed alternator power ...
The Center for Electromechanics at The University of Texas at Austin (CEM-UT) has developed a 1 m lo...
This paper deals with experiments and calculations performed in order to investigate the influence ...
AbstractThe analysis of railgun's key problems for high velocity macrobody acceleration and new appr...
The successful demonstration of direct-current railguns during the last decade has shown that these ...
Railguns promise to make space travel and weapons systems much more efficient for the future. I cond...
The Center for Electromechanics at the University of Texas (CEM-UT) at Austin has developed two simu...
This paper discusses the results of high-pressure (up to 350 MPa) railgun experiments. The gun is de...
The goal of many railgun investigations is to arrive at a railgun design that is capable of launchin...
A modified magnetic railgun has been built and investigated. Permanent magnets were used to supply t...
This paper deals with experiments and calculations performed in order to investigate the influence o...
The design for a 0.60 caliber, augmented, laminated, solid-armature railgun is presented. Included i...
The >projectile> being accelerated in a plasma coaxial railgun is a complex mixture: besides plasma,...
The railgun is a promising weapon, but suffers from poor contact and harsh magnetic field environmen...
In December 1993, the Center of Electromechanics at The University of Texas at Austin (CEM-UT) compl...
A laboratory-based, small-caliber, electromagnetic launcher and compensated pulsed alternator power ...
The Center for Electromechanics at The University of Texas at Austin (CEM-UT) has developed a 1 m lo...
This paper deals with experiments and calculations performed in order to investigate the influence ...
AbstractThe analysis of railgun's key problems for high velocity macrobody acceleration and new appr...
The successful demonstration of direct-current railguns during the last decade has shown that these ...
Railguns promise to make space travel and weapons systems much more efficient for the future. I cond...
The Center for Electromechanics at the University of Texas (CEM-UT) at Austin has developed two simu...