solving nonlinear heat conduction equation:an application in thermonuclear reactions

In most laser-produced plasmas, the hydrodynamic energy transport substantially exceeds the heatconduction. the aim of inertial confinement fusion (icf) is to show that the thermal conductivity isstrongly dependent on temperature and the equation of electron heat conduction is a nonlineardifferential equation. in this article, the nonlinear electron heat conduction equation is solved with aself-similar method (ssm). this solution has been used to investigate the propagation of thermal waves inthermonuclear reactions.

Solving Nonlinear Heat Conduction Equation: An Application for the Ignition in Thermonuclear Reactions

In most laser-produced plasmas, the hydrodynamic energy transport substantially exceeds the heat conduction. The aim of Inertial Confinement Fusion (ICF) is to show that the thermal conductivity is strongly dependent on temperature and the equation of electron heat conduction is a nonlinear differential equation. In this article, the nonlinear electron heat conduction equation is solved with a self-similar method (SSM). This solution has been used to investigate the propagation of thermal waves in thermonuclear reactions.