Valeo / D. Strickland D. D. / N. J. Fisch Princeton Plasma / E. W. Gaul S. P. Le / A. M. Kiselev S. A. / /
Currency
pence / USD / /
Facility
Princeton University / A. Goltsov Troitsk Institute of Innovative / American Institute of Physics / N. J. Fisch Princeton Plasma Physics Laboratory / /
IndustryTerm
porous metal / gas pipe / gas flow / gas volume / high-density gas jets / gas chamber / jet technology / lower and less uniform energy deposition / energy transmission drops / beam energy / Energy deposition / energy density / gas container / gas density / vs incident beam energy / thermal energy / stationary gas / gas cylinder / energy / high gas pressure / nonuniform energy deposition / actual energy deposition / dense neutral gas / gas pressures / gas jets / gas flowing / gas pressure / gas leaking / gas target / minimal possible gas leak / vacuum energy density / calculated energy transmission / cylindrical gas container / neutral gas / gas molecular weight / increased energy deposition / transmitted energy / neutral gas density / energy transmission / laser energy / /
Organization
Department of Mechanics and Aerospace / American Institute of Physics / Princeton University / A. Dunaevsky Department of Astrophysical Sciences / Department of MAE / United States Defense Advanced Research Projects Agency / A. Goltsov Troitsk Institute of Innovative and Thermonuclear Research / Russia J. Greenberg School of Engineering and Applied Science / N. J. Fisch Princeton Plasma Physics Laboratory / /
Person
A. Morozov / J. S. Wurtele / V. M. Malkin / Y. Ping / W. Cheng / A. Warshavsky / D. S. Clark / G. Shvets / I. Geltner / S. Suckewer / G. M. Fraiman / V / N. J. Fisch / H. J. Lee / P. Mardahl / G. Penn / /
PHYSICS OF PLASMAS 13, 043106 !2006" Formation of laser plasma channels in a stationary gas A. Dunaevsky Department of Astrophysical Sciences, Princeton University, Princeton, New Jersey 08540