Formation of Sweet-Parker-Like Electron Dissipation Region in a Driven Open System

概要

論文の詳細を見る
Nonlinear development of collisionless driven reconnection is investigated by making use of the electromagnetic particle simulation code "PASMO." This code is developed for an open system, which is subject to an external driving source. The electric field at the reconnection point increases, and approaches the external driving field as time goes on. After the formation of x-shaped field structure around the reconnection point, the length of the electron dissipation region continues to increase for a short time. Finally, it stops to grow and relaxes to a steady state when the ratio of the width to length is constant. Thus, Sweet-Parker-like electron dissipation region is formed in a steady state, while the reconnection rate is controlled by the driving electric field.
社団法人プラズマ・核融合学会の論文