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Getting beyond unity fusion ‘fuel-gain’ in an inertially confined fusion implosion
O. A. Hurricane;P. Amendt;L. R. Benedetti;E. Bond;D. Bradley;J. Caggiano;D. A. Callahan;D. T. Casey;D. Clark;E. L. Dewald;T. R. Dittrich;T. Doeppner;L. Divol;S. Dixit;D. Edgell;M. J. Edwards;D. Fittinghoff;J. Frenje;M. A. Barrios Garcia;M. Gatu-Johnson;G. Grim;S. Haan;A. Hamza;R. Haterik;D. E. Hinkel;D. Ho;M. Hohenberger;D. Hoover;L. F. Berzak Hopkins;W. Hsing;N. Izumi;O. Jones;S. Khan;J. L. Kline;J. Knauer;A. L. Kritcher;G. Kyrala;O. Landen;S. Le Pape;J.-P. Leidinger;T. Ma;A. J. Mackinnon;A. G. MacPhee;N. Meezan;F. Merrill;P. Michel;J. Milovich;J. Moody;A. S. Moore;S. Nagel;A. Nikroo;A. E Pak;H-S. Park;P. K. Patel;L. Peterson;J. Ralph;B. A. Remington;H. F. Robey;S. Ross;R. Rygg;J. D. Salmonson;B. Spears;P. T. Springer;M. Schneider;V. Smalyuk;C. Thomas;R. Tommasini;R. P. J. Town;C. Wilde;K. Widmann;P. Volegov
2015 Conference on Lasers and Electro-Optics (CLEO)
Year: 2015 | Conference Paper |
In this talk, we will discuss the progress towards ignition on the National Ignition Facility (NIF) at Lawrence Livermore National Laboratory (LLNL) in Northern California. We will cover the some of the setbacks encountered during the progress of the research at NIF, but also cover the great advances that have been made including the achievements of greater than unity fusion ‘fuel gain’ and alpha-...Show More
Getting beyond unity fusion ‘fuel-gain’ in an inertially confined fusion implosion
O. A. Hurricane;P. Amendt;L. R. Benedetti;E. Bond;D. Bradley;J. Caggiano;D. A. Callahan;D. T. Casey;D. Clark;E. L. Dewald;T. R. Dittrich;T. Doeppner;L. Divol;S. Dixit;D. Edgell;M. J. Edwards;D. Fittinghoff;J. Frenje;M. A. Barrios Garcia;M. Gatu-Johnson;G. Grim;S. Haan;A. Hamza;R. Haterik;D. E. Hinkel;D. Ho;M. Hohenberger;D. Hoover;L. F. Berzak Hopkins;W. Hsing;N. Izumi;O. Jones;S. Khan;J. L. Kline;J. Knauer;A. L. Kritcher;G. Kyrala;O. Landen;S. Le Pape;J.-P. Leidinger;T. Ma;A. J. Mackinnon;A. G. MacPhee;N. Meezan;F. Merrill;P. Michel;J. Milovich;J. Moody;A. S. Moore;S. Nagel;A. Nikroo;A. E Pak;H-S. Park;P. K. Patel;L. Peterson;J. Ralph;B. A. Remington;H. F. Robey;S. Ross;R. Rygg;J. D. Salmonson;B. Spears;P. T. Springer;M. Schneider;V. Smalyuk;C. Thomas;R. Tommasini;R. P. J. Town;C. Wilde;K. Widmann;P. Volegov
Year: 2015 | Conference Paper |
Inertial Confinement Fusion Using the OMEGA Laser System
P. B. Radha;R. Betti;T. R. Boehly;J. A. Delettrez;D. H. Edgell;V. N. Goncharov;I. V. Igumenshchev;J. P. Knauer;J. A. Marozas;F. J. Marshall;R. L. McCrory;D. D. Meyerhofer;S. P. Regan;T. C. Sangster;W. Seka;S. Skupsky;A. A. Solodov;C. Stoeckl;W. Theobald;J. A. Frenje;D. T. Casey;C. K. Li;R. D. Petrasso
The OMEGA laser system is being used to investigate several approaches to inertial confinement fusion: the traditional central-hot-spot (CHS) ignition, fast ignition (FI), and shock ignition (SI). To achieve ignition, CHS requires the highly uniform compression of a solid deuterium-tritium (DT)-layered target on a low adiabat (defined as the ratio of the pressure to the Fermi-degenerate pressure) ...Show More
Inertial Confinement Fusion Using the OMEGA Laser System
P. B. Radha;R. Betti;T. R. Boehly;J. A. Delettrez;D. H. Edgell;V. N. Goncharov;I. V. Igumenshchev;J. P. Knauer;J. A. Marozas;F. J. Marshall;R. L. McCrory;D. D. Meyerhofer;S. P. Regan;T. C. Sangster;W. Seka;S. Skupsky;A. A. Solodov;C. Stoeckl;W. Theobald;J. A. Frenje;D. T. Casey;C. K. Li;R. D. Petrasso
First measurements of the absolute neutron spectrum using the Magnetic Recoil Spectrometer (MRS) at OMEGA
J. A. Frenje;D. T. Casey;F. H. Seguin;C. K. Li;R. D. Petrasso;V.Yu. Glebov;T. C. Sangster;D. D. Meyerhofer;S. Hatchett;S. Haan;C. Cerjan;D. Eder;O. Landen;M. Moran;K. Fletcher;R. Leeper
2009 IEEE International Conference on Plasma Science - Abstracts
Year: 2009 | Conference Paper |
A new type of neutron spectrometer, called a Magnetic Recoil Spectrometer (MRS) has been built and activated at OMEGA, and currently being developed at the National Ignition Facility (NIF), for measurements of the absolute neutron spectrum in the range 6 to 30 MeV, from which ¿R, Ti and yield can be determined. From the down-scattered neutrons in the range 6- 0 MeV, a ¿R can be inferred. From the ...Show More
First measurements of the absolute neutron spectrum using the Magnetic Recoil Spectrometer (MRS) at OMEGA
J. A. Frenje;D. T. Casey;F. H. Seguin;C. K. Li;R. D. Petrasso;V.Yu. Glebov;T. C. Sangster;D. D. Meyerhofer;S. Hatchett;S. Haan;C. Cerjan;D. Eder;O. Landen;M. Moran;K. Fletcher;R. Leeper
Year: 2009 | Conference Paper |
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