论文标题
量子衍射对三组分费米血浆中E-A-A-A-A-A-A-A-A-A-A-A-A-A-A-A-A-A繁殖作用的影响
Dynamical Properties and Effects of Quantum Diffraction on The Propagation of E-A-Solitary Waves in Three-Component Fermi Plasma
论文作者
论文摘要
带有两个温度电子的费米血浆中的电子声学孤立结构在太空和实验室制造的等离子体中有各种应用。适当理论的表述对于理解具有各种物理参数的各种物理系统很重要。量子费米血浆系统中两个温度电子的运动高度影响系统的孤立性。我们研究了两个温度电子的量子费米血浆系统，其中两电子群体的流速度相反。我们考虑量子流体动力模型（QHD），并得出系统的线性分散关系。对于系统的非线性研究，我们使用标准扰动技术来得出KDV-B方程，并显示具有不同等离子体参数的孤立轮廓的演变。我们使用NLSE分析稳定的胭脂波结构并显示模拟结果。我们研究了具有两个温度电子的两流量子费米血浆系统的动力学特性和相图。
Electron Acoustic Solitary structures in Fermi Plasma with two temperature electrons have various applications in space and laboratory-made plasma. Formulation of an adequate theory is important to understand various physical systems with various physical parameters. The motion of two temperature electrons in a quantum Fermi plasma system highly affects the solitary profile of the system. We study the quantum Fermi plasma system with two temperature electrons where the streaming velocities of the two-electron population are opposite. We consider the quantum hydrodynamic model (QHD) and derive a linear dispersion relation for the system. For the non-linear study of the system, we use the standard perturbation technique to derive KdV-B equation and show the evolution of a solitary profile with different plasma parameters. We analyze the stable Rouge wave structure using NLSE and show simulation results. We study the dynamical properties and phase plot for a two-stream quantum Fermi plasma system with two temperature electrons.
