Testing of a high performance, precision-bore railgun
High energy rate modification of surface layers of conductors
High pressure acceleration of an arc-driven metal slug in a railgun
Induction launcher design considerations
Design and testing of high-pressure railguns and projectiles
Pulsed power requirements for electromagnetic launchers
The design of a pulsed homopolar generator power supply for a high current laboratory
Design and operation of a high-energy railgun facility
Physical scale modeling to predict current diffusion in solid armatures
An investigation into the potential for multiple rail railguns
Design of a compact inductor matched to a homopolar generator
Design and testing of solid armatures for large-bore railguns
9 MJ laboratory gun and range at The University of Texas at Austin
Wear of conductors in railguns: metallurgical aspects
Design and testing of large-bore, ultra-stiff railguns
Rotating machines-power supplies for the next generation of EM accelerators