Techniques useful for generating and conditioning power for high energy pulsed accelerators with potential weapon applications are described. Pulsed electron accelerators are exemplified by ETA and ATA at Lawrence Livermore Laboratories and RADLAC at Sandia Laboratories Albuquerque. Pulse-power techniques used in other applications are briefly mentioned, including some that may be useful for collective ion accelerators. The limitations of pulse-power and the general directions of desirable development are illustrated. The main needs are to increase repetition rate and to decrease size
The development of powerful pulse technology is inextricably linked with their introduction into var...
Sandia National Laboratories is completing the construction phase of the Particle Beam Fusion Accele...
Pulsed power technologies could be an answer to many cutting-edge applications. The challenge is in ...
Which current pulsed accelerator technology was developed during the late 60`s through the late 80`s...
The pulsed power technology has been applied in particle accelerators and storage rings for over fou...
Over the past 15 years, steady and sometimes exciting progress has been made in the hybrid technolog...
Induction accelerators have potential as drivers for a variety of applications, from tactical weapon...
Pulsed power refers to the science and technology of accumulating energy over a relatively long peri...
An overview of four accelerator programs utilizing pulsed power is presented. The goals of each proj...
Pulsed power and accelerator technology for high energy density physics, radiography, and simulation...
Sandia`s Particle Beam Fusion Program is investigating several driver options, based on pulsed power...
Because there are multiple power supply options being developed to power electric guns, there is no ...
The standard solution for powering the electronics of particle physics detectors is to supply direct...
A brief review of the PBFA I is given and some of its advantages for inertial confinement fusion are...
Pulse power technology has been supported and developed in the US over the last 4 decades by the Dep...
The development of powerful pulse technology is inextricably linked with their introduction into var...
Sandia National Laboratories is completing the construction phase of the Particle Beam Fusion Accele...
Pulsed power technologies could be an answer to many cutting-edge applications. The challenge is in ...
Which current pulsed accelerator technology was developed during the late 60`s through the late 80`s...
The pulsed power technology has been applied in particle accelerators and storage rings for over fou...
Over the past 15 years, steady and sometimes exciting progress has been made in the hybrid technolog...
Induction accelerators have potential as drivers for a variety of applications, from tactical weapon...
Pulsed power refers to the science and technology of accumulating energy over a relatively long peri...
An overview of four accelerator programs utilizing pulsed power is presented. The goals of each proj...
Pulsed power and accelerator technology for high energy density physics, radiography, and simulation...
Sandia`s Particle Beam Fusion Program is investigating several driver options, based on pulsed power...
Because there are multiple power supply options being developed to power electric guns, there is no ...
The standard solution for powering the electronics of particle physics detectors is to supply direct...
A brief review of the PBFA I is given and some of its advantages for inertial confinement fusion are...
Pulse power technology has been supported and developed in the US over the last 4 decades by the Dep...
The development of powerful pulse technology is inextricably linked with their introduction into var...
Sandia National Laboratories is completing the construction phase of the Particle Beam Fusion Accele...
Pulsed power technologies could be an answer to many cutting-edge applications. The challenge is in ...