Add to ORKGThe ZT-40 Toroidal Z-Pinch experiment is the largest and newest Z-Pinch to be built at Los Alamos. The experiment consists of a discharge tube with a minor diameter of 40 cm and an aspect ratio of 5.7 to 1. The theta and Z-fields are produced by two capacitor banks, each with 650 KJ (at 50 kV) of stored energy. The experiment is controlled by a ''Prime 400'' computer which is dedicated for ZT-40 use. The experiment is to be constructed in two phases. First with a passive crowbar system and then later a power crowbar system will be added so that the load current can be extended about 250 ..mu..sec
Three hohlraum concepts are being pursued at Sandia National Laboratories (SNL) to investigate the p...
The aim of the plasma target project is the investigation of the interaction of fast heavy ion beams...
Three hohlraum concepts are being pursued at Sandia National Laboratories (SNL) to investigate the p...
Electrical design details are given for a toroidal Z-pinch device named ZT-1 that uses field program...
This paper describes the electrical design of a small, high current density (10 MA/m/sup 2/) toroida...
The 36-module Z accelerator was designed to drive z-pinch loads for weapon-physics and inertial-conf...
A detailed description of the ongoing high density Z-pinch experiments at Los Alamos is given. A rev...
Fast Z-pinch technology developed on the Z machine at Sandia National Laboratories can produce up to...
ZT-40, a toroidal Z pinch, uses its driving circuits to produce programmed magnetic fields. The fiel...
The poloidal field system of ZT-P was modified by the addition of a transformer, which coupled the m...
The goals of the LASL implosion-heating experiment are to learn more about the physical processes in...
Sandia National Laboratories is completing a major modification to the PBFA-II facility. PBFA Z will...
The linear-transformer-driver (LTD) is a recently developed pulsed-power technology that shows great...
An experimental linear theta-pinch device, called Scylla IV-P, is proposed to obtain important physi...
Advances in fast, pulsed-power technologies have resulted in the development of very high current dr...
Three hohlraum concepts are being pursued at Sandia National Laboratories (SNL) to investigate the p...
The aim of the plasma target project is the investigation of the interaction of fast heavy ion beams...
Three hohlraum concepts are being pursued at Sandia National Laboratories (SNL) to investigate the p...
Electrical design details are given for a toroidal Z-pinch device named ZT-1 that uses field program...
This paper describes the electrical design of a small, high current density (10 MA/m/sup 2/) toroida...
The 36-module Z accelerator was designed to drive z-pinch loads for weapon-physics and inertial-conf...
A detailed description of the ongoing high density Z-pinch experiments at Los Alamos is given. A rev...
Fast Z-pinch technology developed on the Z machine at Sandia National Laboratories can produce up to...
ZT-40, a toroidal Z pinch, uses its driving circuits to produce programmed magnetic fields. The fiel...
The poloidal field system of ZT-P was modified by the addition of a transformer, which coupled the m...
The goals of the LASL implosion-heating experiment are to learn more about the physical processes in...
Sandia National Laboratories is completing a major modification to the PBFA-II facility. PBFA Z will...
The linear-transformer-driver (LTD) is a recently developed pulsed-power technology that shows great...
An experimental linear theta-pinch device, called Scylla IV-P, is proposed to obtain important physi...
Advances in fast, pulsed-power technologies have resulted in the development of very high current dr...
Three hohlraum concepts are being pursued at Sandia National Laboratories (SNL) to investigate the p...
The aim of the plasma target project is the investigation of the interaction of fast heavy ion beams...
Three hohlraum concepts are being pursued at Sandia National Laboratories (SNL) to investigate the p...