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Application of an external kilo-tesla-level magnetic field, which can begenerated using high-intensity laser, to a target is a promising scheme toreduce spray angle of a laser-driven relativistic electron beam (REB) forenhancing the isochoric heating of a dense plasma with the laser-driven REB.Here we have developed a two-dimensional electro-magnetic dynamics (2D-EMD)simulation code to solve Maxwell equations with considerations of the inductiveheating and temperature-dependence of electrical conductivity of a material forcalculating temporally and spatially resolved two-dimensional profile of theexternally applied magnetic field in a gold-cone-attached target.

Two-Dimensional Computation of Pulsed Magnetic Field Diffusion Dynamics  in Gold Cone with Consideration of Inductive Heating and Temperature  Dependence of Electrical Conductivity