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We performed three dimensional resistive magnetohydrodynamic simulations tostudy the magnetic reconnection using an initially shearing magnetic fieldconfiguration (force free field with a current sheet in the middle of thecomputational box). It is shown that there are two types of reconnection jets:the ordinary reconnection jets and fan-shaped jets, which are formed along theguide magnetic field. The fan-shaped jets are much different from the ordinaryreconnection jets which are ejected by magnetic tension force. There are twodriving forces for accelerating the fan-shaped jets. The one is the Lorentzforce which dominates the motion of fluid elements at first and then the gaspressure gradient force accelerates the fluid elements in the later stage. Thedependence on magnetic reconnection angle and resistivity value has also beenstudied. The formation and evolution of these jets provide a new understandingof dynamic magnetohydrodynamic jets.

Detailed Analysis of Fan-Shaped jets in Three Dimensional Numerical Simulation