Numerical analysis of temperature distribution for isochoric heating with intense pulsed power discharge using electron beam diode based impedance controller

In inertial confinement fusion, understanding implosion dynamics of fuel pellet is a key issue to obtain effective nuclear fusion reactions. A foamed metal is considered as structural materials such as a pusher and a radiator.
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An energy driver as laser or heavy ion beam irradiates the fuel pellet, and the target material becomes dense plasma through warm dense matter (WDM) regime. Although, the properties in WDM should be clear to design the target pellet.