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Second Harmonic Generation by Whistler Pulse in Magnetized Quantum Plasma

机译:磁化量子等离子体中吹口哨脉冲的二次谐波产生

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Second order harmonic generation due to nonlinear propagation of whistler pulse through high density quantum plasma. The plasma is magnetized by applying a transverse static magnetic field. The interaction formulation has been developed using quantum hydrodynamic (QHD) model. The effect of quantum Bohm potential, Fermi pressure and electron-1/2 spin have been taken into account. The perturbed particle trajectory, particle density, spin magnetic moment has been setup. The field amplitude of harmonic radiation has been studied with reference to the fundamental amplitude of the incident whistler radiation.
机译:通过高密度量子等离子体的吹口哨脉冲非线性传播导致的二阶谐波产生。通过施加横向静态磁场磁化等离子体。使用量子流体动力学(QHD)模型开发了相互作用制剂。已经考虑了量子BoHM电位,费米压和电子-1 / 2旋转的影响。已经设置了扰动粒子轨迹,颗粒密度,旋转磁矩。已经参考了事件吹口哨辐射的基本幅度研究了谐波辐射的场幅度。

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