Investigations about the characteristic behavior of the linear mode of quantum acoustic waves ion

The dispersion relation of linear quantum ion acoustic waves is derivate according to a fluid approach that depends on the kinetic description of the systems of charged particles model. We discussed the dispersion relation by changing its parameters and graphically represented. We found through grap...

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Published inMajallat Baghdād lil-ʻulūm Vol. 13; no. 2; pp. 273 - 277
Main Author Journal, Baghdad Science
Format Journal Article
LanguageEnglish
Published University of Baghdad, College of Science for Women 05.06.2016
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Abstract The dispersion relation of linear quantum ion acoustic waves is derivate according to a fluid approach that depends on the kinetic description of the systems of charged particles model. We discussed the dispersion relation by changing its parameters and graphically represented. We found through graphs that there is full agreement with previous studies on the subject of interest. That motivates us to discuss the dispersion relation of waves depending on the original basic parameters that implicitly involved in the relationship which change the relationship by one way or another, such as electron Fermi temperature and the density at equilibrium state.
AbstractList The dispersion relation of linear quantum ion acoustic waves is derivate according to a fluid approach that depends on the kinetic description of the systems of charged particles model. We discussed the dispersion relation by changing its parameters and graphically represented. We found through graphs that there is full agreement with previous studies on the subject of interest. That motivates us to discuss the dispersion relation of waves depending on the original basic parameters that implicitly involved in the relationship which change the relationship by one way or another, such as electron Fermi temperature and the density at equilibrium state.
Author Journal, Baghdad Science
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Snippet The dispersion relation of linear quantum ion acoustic waves is derivate according to a fluid approach that depends on the kinetic description of the systems...
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StartPage 273
SubjectTerms "Dispersion of Plasma Waves, Quantum Acoustic Ion Wave, Quantum Plasma "
Title Investigations about the characteristic behavior of the linear mode of quantum acoustic waves ion
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Volume 13
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