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On the characteristics of head on collision of dust ion acoustic solitons in the adiabatic dusty plasmas

机译:绝热粉尘等离子体中粉尘离子声孤子碰撞的头部特征

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Based on a one-dimensional mode, the characteristics of the head on collision between two dust ion acoustic solitons (DIASs), propagating in opposite directions in adiabatic dusty plasmas composed of adiabatic non-inertial electrons, adiabatic inertial ions and immersed (negatively/positively) charged dust grains have been investigated. The extended Poincaré–Lighthill–Kuo (PLK) method has been used to obtain two side Korteweg-de Vries (KdV) equations for DIASs. The analytical phase shifts and trajectories after collision of two solitons are given. The effects of adiabaticity of electron and ion fluids, concentration of negatively/positively charged static dust particles and ion temperature to electron temperature ratio on the phase shift are studied. It is found that these factors significantly affect the phase shifts.
机译:基于一维模式,两个尘埃离子声孤子(DIAS)碰撞时的磁头特性,它们在由绝热非惯性电子,绝热惯性离子组成的绝热尘埃等离子体中以相反的方向传播,并浸没(负/正) )已对带电尘埃颗粒进行了研究。扩展的庞加莱-莱特希尔-库(PLK)方法已用于获得DIAS的两个侧Korteweg-de Vries(KdV)方程。给出了两个孤子碰撞后的分析相移和轨迹。研究了电子和离子流体的绝热性,带负电/带正电的静态粉尘颗粒的浓度以及离子温度与电子的温度比对相移的影响。发现这些因素显着影响相移。

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