author_facet Aman-ur-Rehman
Ali, S.
Hamza, M. Y.
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Ali, S.
Hamza, M. Y.
author Aman-ur-Rehman
Ali, S.
Hamza, M. Y.
spellingShingle Aman-ur-Rehman
Ali, S.
Hamza, M. Y.
AIP Advances
Kinetic study of twisted electron plasma waves in q-nonextensive plasmas
General Physics and Astronomy
author_sort aman-ur-rehman
spelling Aman-ur-Rehman Ali, S. Hamza, M. Y. 2158-3226 AIP Publishing General Physics and Astronomy http://dx.doi.org/10.1063/1.5026040 <jats:p>Relying on the kinetic description, the electron-plasma (EP) waves carrying distinct orbital angular momentum (OAM) states are investigated in q-nonextensive plasma consisting of inertial electrons with static background of positive ions. Deriving an expression for the dielectric response function, the dispersion relation and Landau damping frequencies are analyzed both analytically and numerically. It is found that weakly damped regions of the EP waves strongly depend on the non-extensivity (q) and twist (η) parameters. The presence of finite OAM results in the longer range of the values in terms of normalized wavenumber for which the EP waves are weakly damped. However, maximum range of weakly damped wavenumbers is obtained when the longitudinal and azimuthal wavenumbers are equal, viz. twist parameter becomes unity. For very large twist parameter, the results of the twisted wave model coincide with the planer wave model.</jats:p> Kinetic study of twisted electron plasma waves in q-nonextensive plasmas AIP Advances
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title Kinetic study of twisted electron plasma waves in q-nonextensive plasmas
title_unstemmed Kinetic study of twisted electron plasma waves in q-nonextensive plasmas
title_full Kinetic study of twisted electron plasma waves in q-nonextensive plasmas
title_fullStr Kinetic study of twisted electron plasma waves in q-nonextensive plasmas
title_full_unstemmed Kinetic study of twisted electron plasma waves in q-nonextensive plasmas
title_short Kinetic study of twisted electron plasma waves in q-nonextensive plasmas
title_sort kinetic study of twisted electron plasma waves in q-nonextensive plasmas
topic General Physics and Astronomy
url http://dx.doi.org/10.1063/1.5026040
publishDate 2018
physical
description <jats:p>Relying on the kinetic description, the electron-plasma (EP) waves carrying distinct orbital angular momentum (OAM) states are investigated in q-nonextensive plasma consisting of inertial electrons with static background of positive ions. Deriving an expression for the dielectric response function, the dispersion relation and Landau damping frequencies are analyzed both analytically and numerically. It is found that weakly damped regions of the EP waves strongly depend on the non-extensivity (q) and twist (η) parameters. The presence of finite OAM results in the longer range of the values in terms of normalized wavenumber for which the EP waves are weakly damped. However, maximum range of weakly damped wavenumbers is obtained when the longitudinal and azimuthal wavenumbers are equal, viz. twist parameter becomes unity. For very large twist parameter, the results of the twisted wave model coincide with the planer wave model.</jats:p>
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author Aman-ur-Rehman, Ali, S., Hamza, M. Y.
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description <jats:p>Relying on the kinetic description, the electron-plasma (EP) waves carrying distinct orbital angular momentum (OAM) states are investigated in q-nonextensive plasma consisting of inertial electrons with static background of positive ions. Deriving an expression for the dielectric response function, the dispersion relation and Landau damping frequencies are analyzed both analytically and numerically. It is found that weakly damped regions of the EP waves strongly depend on the non-extensivity (q) and twist (η) parameters. The presence of finite OAM results in the longer range of the values in terms of normalized wavenumber for which the EP waves are weakly damped. However, maximum range of weakly damped wavenumbers is obtained when the longitudinal and azimuthal wavenumbers are equal, viz. twist parameter becomes unity. For very large twist parameter, the results of the twisted wave model coincide with the planer wave model.</jats:p>
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spelling Aman-ur-Rehman Ali, S. Hamza, M. Y. 2158-3226 AIP Publishing General Physics and Astronomy http://dx.doi.org/10.1063/1.5026040 <jats:p>Relying on the kinetic description, the electron-plasma (EP) waves carrying distinct orbital angular momentum (OAM) states are investigated in q-nonextensive plasma consisting of inertial electrons with static background of positive ions. Deriving an expression for the dielectric response function, the dispersion relation and Landau damping frequencies are analyzed both analytically and numerically. It is found that weakly damped regions of the EP waves strongly depend on the non-extensivity (q) and twist (η) parameters. The presence of finite OAM results in the longer range of the values in terms of normalized wavenumber for which the EP waves are weakly damped. However, maximum range of weakly damped wavenumbers is obtained when the longitudinal and azimuthal wavenumbers are equal, viz. twist parameter becomes unity. For very large twist parameter, the results of the twisted wave model coincide with the planer wave model.</jats:p> Kinetic study of twisted electron plasma waves in q-nonextensive plasmas AIP Advances
spellingShingle Aman-ur-Rehman, Ali, S., Hamza, M. Y., AIP Advances, Kinetic study of twisted electron plasma waves in q-nonextensive plasmas, General Physics and Astronomy
title Kinetic study of twisted electron plasma waves in q-nonextensive plasmas
title_full Kinetic study of twisted electron plasma waves in q-nonextensive plasmas
title_fullStr Kinetic study of twisted electron plasma waves in q-nonextensive plasmas
title_full_unstemmed Kinetic study of twisted electron plasma waves in q-nonextensive plasmas
title_short Kinetic study of twisted electron plasma waves in q-nonextensive plasmas
title_sort kinetic study of twisted electron plasma waves in q-nonextensive plasmas
title_unstemmed Kinetic study of twisted electron plasma waves in q-nonextensive plasmas
topic General Physics and Astronomy
url http://dx.doi.org/10.1063/1.5026040