Filamentation instability in the interaction of high-order Hermite cosh Gaussian laser beam and inhomogeneous plasmas

Tian, Kaijing; Xia, Xiongping

doi:10.1016/j.rio.2023.100449

Results in Optics

2023

DOI: 10.1016/j.rio.2023.100449

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Filamentation instability in the interaction of high-order Hermite cosh Gaussian laser beam and inhomogeneous plasmas

Kaijing Tian

Xiongping Xia

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2024

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Cited by 2 publications

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Hermite-Gaussian laser modulation for optimal THz emission in collisional homogeneous plasma

Midha,

Sharma,

Kant

et al. 2024

J Opt

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Hermite-Gaussian laser modulation for optimal THz emission in collisional homogeneous plasma

Midha,

Sharma,

Kant

et al. 2024

J Opt

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Karpman–Washimi ponderomotive force and self-generated magnetic field in nonextensive plasmas

Qi,

Yang,

Xia

et al. 2024

AIP Advances

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The non-stationary Karpman–Washimi ponderomotive force and self-generated magnetic field in an unmagnetized system are investigated in the context of nonextensive distribution based on the kinetic theory. The ponderomotive force, magnetization, and radiation power are obtained as functions of the nonextensive parameter q, wave frequency, and wave number. It is shown that the presence of high-velocity electrons leads to an increase in temporal and spatial variation parts of ponderomotive force, magnetization, and radiation power. Furthermore, the results indicate that the self-generated magnetic field driven by the Karpman–Washimi ponderomotive force primarily manifests as small-scale and low-frequency magnetic field.

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Filamentation instability in the interaction of high-order Hermite cosh Gaussian laser beam and inhomogeneous plasmas

Cited by 2 publications

References 28 publications

Hermite-Gaussian laser modulation for optimal THz emission in collisional homogeneous plasma

Hermite-Gaussian laser modulation for optimal THz emission in collisional homogeneous plasma

Karpman–Washimi ponderomotive force and self-generated magnetic field in nonextensive plasmas

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