Energy Flow in Streaming Non-Maxwellain Plasmas With Parallel Electromagnetic Waves

Abstract

Energy Flow in Streaming Non-Maxwellian Plasmas with Parallel Electromagnetic Waves (PEMW) is studied by using the kinetic model. The wave-particle interaction is considered while studying energy flux. We study the effects of streaming velocity, temperature anisotropy (𝜂 = 𝑇⊥ 𝑇∥ ), wave frequency, thermal velocity and the index kappa (𝜅) on the energy flux. It is observed, for smaller values of streaming velocity, wave frequency, thermal velocity and the index 𝜅 the PEMW transport its energy slowly over the long distance; while for smaller values of temperature anisotropy the wave rapidly transport its energy over the short distance. Thus the aforementioned parameters play a crucial role in the transmission of wave energy.