The first laser/plasma studies performed with the Shiva laser system will be two sided irradiations extending the data obtained by other LLL lasers to higher powers. The twenty approximately 1 TW laser pulses will reach the target simultaneously from above and below in nested pentagonal clusters. The upper and lower clusters of ten beams each are radially polarized so that they strike the target in p-polarization and maximize absorption. This geometry introduces laser system isolation problems which will be briefly discussed. The layout and types of target diagnostics will be described and a brief status report on the facility given
The first targets for the 20 TW SHIVA laser system were designed. They are simple glass micro-balloo...
Systematic scaling experiments aimed at deducing the dependence of laser-plasma interaction phenomen...
The Spanish Pulsed Laser Centre (CLPU) is a new high-power laser facility for users. Its main system...
In the laser fusion program at Lawrence Livermore Laboratory, no target experiment is complete unles...
SHIVA is a powerful (10-kJ 25 TW) neodymium glass laser system to be used (in 1977) for target irrad...
To view and align Shiva laser targets, two new telemicroscopic instruments integral with TV camera a...
This report is divided into the following sections: (1) facility reports (Argus and Shiva); (2) Nova...
The Shiva laser system is a large neodymium glass laser target irradiation facility being constructe...
The Shiva oscillator pulse is preamplified and divided into twenty beams. Each beam is then amplifie...
The Lawrence Livermore Laboratory Shiva laser-target interaction facility is designed for experiment...
Large laser systems require numerous laser diagnostics to provide configuration, performance and mai...
The Shiva and Argus laser systems at Livermore have been developed to study the physics of inertial ...
Construction of a large laser fusion machine is nearing completion at the Lawrence Livermore Laborat...
Polymer coated spherical targets have been irradiated by the Shiva laser system in an effort to comp...
To view and align Shiva laser targets, two new telemicroscopic instruments integral with TV camera a...
The first targets for the 20 TW SHIVA laser system were designed. They are simple glass micro-balloo...
Systematic scaling experiments aimed at deducing the dependence of laser-plasma interaction phenomen...
The Spanish Pulsed Laser Centre (CLPU) is a new high-power laser facility for users. Its main system...
In the laser fusion program at Lawrence Livermore Laboratory, no target experiment is complete unles...
SHIVA is a powerful (10-kJ 25 TW) neodymium glass laser system to be used (in 1977) for target irrad...
To view and align Shiva laser targets, two new telemicroscopic instruments integral with TV camera a...
This report is divided into the following sections: (1) facility reports (Argus and Shiva); (2) Nova...
The Shiva laser system is a large neodymium glass laser target irradiation facility being constructe...
The Shiva oscillator pulse is preamplified and divided into twenty beams. Each beam is then amplifie...
The Lawrence Livermore Laboratory Shiva laser-target interaction facility is designed for experiment...
Large laser systems require numerous laser diagnostics to provide configuration, performance and mai...
The Shiva and Argus laser systems at Livermore have been developed to study the physics of inertial ...
Construction of a large laser fusion machine is nearing completion at the Lawrence Livermore Laborat...
Polymer coated spherical targets have been irradiated by the Shiva laser system in an effort to comp...
To view and align Shiva laser targets, two new telemicroscopic instruments integral with TV camera a...
The first targets for the 20 TW SHIVA laser system were designed. They are simple glass micro-balloo...
Systematic scaling experiments aimed at deducing the dependence of laser-plasma interaction phenomen...
The Spanish Pulsed Laser Centre (CLPU) is a new high-power laser facility for users. Its main system...