Author:
FARLEY D.R.,SHIGEMORI K.,AZECHI H.
Abstract
Two-dimensional (2D) FLASH simulations were run with Spitzer-Härm
conductivity on and off in an attempt to simulate a laser-produced blast
wave. Dissociation, ionization, recombination, and radiative cooling were
not included. An initial Gaussian temperature profile with
T0 = 120 eV and spot radius r0 =
25 μm was used assuming 1 μm thickness of the CH disk is ablated
into the background nitrogen gas. Evolution of the blast wave differs
slightly between the cases of Spitzer-Härm on and off, and neither
case matches well with experiment. Due to the high temperatures involved,
a thermal wave should be expected such that the Spitzer-Härm
conductivity on case is more likely. A simulation run with an initial
temperature of ∼ 4 keV might match better with experiment.
Subject
Electrical and Electronic Engineering,Condensed Matter Physics,Atomic and Molecular Physics, and Optics
Reference18 articles.
1. Post, D.E. , Jensen, R.V. , Tarter, C.B. , Grasberger, W.H. & Lokke, W.A. (1977).Atomic Data Nuclear Data Tables 20,397–439.
2. Ali, A.W. & McLean, E.A. (1985).Electron density and temperature in the photoionized background gas(N2) surrounding a laser-produced plasma.J. Quant. Spect. Radiat. Trans. 33,381–390.
3. Zhang, S. , Zabusky, N.J. & Nishihara, K. (2003).Vortex structures and turbulence emerging in a supernova 1987aconfiguration: interaction of “complex” blast waves andcylindrical/spherical bubbles.Laser Part. Beams 21,471–477.
4. Landau, L.D. & Lifshitz, E.M. (1987).A strong explosion. InFluid Mechanics( Sykes, J.B. & Reid, W.H. , Eds.),2nd Edition, pp.403–406.New York:Pergamon Press.
5. Giuliani, J.L., Jr. , Mulbrandon, M. & Hyman, E. (1989).Numerical simulation of laser-target interaction and blast waveformation.Phys. Fluids B 1,1463–1476.
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