'Ndcx ii' presentation slideshows

Overview of NDCX-II Physics Design and Comments on final beam-lines for a driver *

Overview of NDCX-II Physics Design and Comments on final beam-lines for a driver *. Alex Friedman Fusion Energy Program, LLNL and Heavy Ion Fusion Science Virtual National Laboratory Workshop on Accelerators for Heavy Ion Inertial Fusion LBNL, May 23-26, 2011.

707 views • 56 slides

Beam dynamics of NDCX-II, a novel pulse-compressing ion accelerator *

Beam dynamics of NDCX-II, a novel pulse-compressing ion accelerator *. Alex Friedman Fusion Energy Program, LLNL and Heavy Ion Fusion Science Virtual National Laboratory APS Division of Plasma Physics Conference, Atlanta, November 2009.

609 views • 47 slides

Heavy Ion Beams and Interactions with Plasmas and Targets (HEDLP and IFE)

LLNL-PRES-627422. Heavy Ion Beams and Interactions with Plasmas and Targets (HEDLP and IFE). Alex Friedman LLNL Fusion Energy Sciences Program and Heavy Ion Fusion Science Virtual National Laboratory

534 views • 40 slides

Heavy Ion Fusion Science Virtual National Laboratory

357 views • 27 slides

Overview of Recent Progress in the Heavy Ion Fusion Science Virtual National Laboratory *

Overview of Recent Progress in the Heavy Ion Fusion Science Virtual National Laboratory *. J. J. Barnard 1 on behalf of the HIFS VNL:

460 views • 26 slides

Status of NDCX-II, a short-pulse ion accelerator for ion beam-driven physics studies *

Status of NDCX-II, a short-pulse ion accelerator for ion beam-driven physics studies *. A. Friedman, J. J. Barnard, R. H. Cohen, M. Dorf, D. P. Grote, S. M. Lund, W. M. Sharp, LLNL

316 views • 16 slides

Recap: HIFS-VNL driver options for near term warm dense matter (from last PAC 8-9-06) *

Recap: HIFS-VNL driver options for near term warm dense matter (from last PAC 8-9-06) *. B. Grant Logan 8th Heavy Ion Fusion Science Virtual National laboratory Program Advisory Committee Review Lawrence Berkeley National Laboratory February 22, 2006.

189 views • 9 slides

Inertial Confinement Fusion has a diverse history leading to energy potential

Inertial Confinement Fusion has a diverse history leading to energy potential. SBTE, 1980. Heavy Ions. NDCX-II, under construction. Janus, 1973. Nova, 1984. Electra, 2003. Omega EP, 2008. Lasers. Proto I, 1974. NIF, 2009. PBFA II, 1985. ZR, 2007. Pulsed Power.

205 views • 1 slides