• Corpus ID: 210171071

Laboratory for Laser Energetics

@inproceedings{Narang2005LaboratoryFL,
  title={Laboratory for Laser Energetics},
  author={Simon Narang},
  year={2005}
}
This report was prepared as an account of work sponsored by an agency of the United States Government. Neither the United States Government nor any agency thereof, nor any of their employees, makes any warranty, express or implied, or assumes any legal liability or responsibility for the accuracy, completeness, or usefulness of any information, apparatus, product, or proems disclosed, or represents that its use would not infringe privately owned rights. Reference herein to any specific… 

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A critical issues study of a symmetric illumination, direct drive laser fusion reactor called SIRIUS has been conducted. In particular, the uniformity requirements for direct drive targets have been

Progress toward Direct Drive Laser Fusion

The uniform compression of laser irradiated spherical targets to thermonuclear densities and temperatures places exacting requirements on the uniformity of energy deposition. It also demands a firm

Some Basic Energy And Economic Considerations For A Laser Ignited Fusion Reactor

In this paper, we indicate some simple energy balance and economic considerations which bear on the feasibility of laser produced fusion. We present reasons that presently published schemes requiring

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Solid targets of pure deuterium or deuterium‐bearing compounds are required for experiments designed to explore the feasibility of laser fusion as a source of energy. This paper deals with three

Liquid Crystals for Laser Applications

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Thermal Transport Measurements in 1.05 µm Laser Irradiation of Spherical Targets

Transport and implosion experiments have been conducted on the OMEGA, 24-beam, uniform-irradiation facility that may result in significant revisions in our current understanding of thermal transport

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An alternative to germanium and silicon for high efficiency in transmission is PET 020 which can be easily cleaved in large pieces to 100 ..mu..m thickness and has high integrated reflectivity in

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Supra-thermal electrons can radically alter the dynamics of imploding laser fusion targets by preheating the target material, by transforming energy to a rapid ion blowoff or, due to mean free path
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