Weakly relativistic effect in the formation of ion-acoustic solitary waves in a positive ion-beam plasma

Relativistic solitons are investigated in a plasma with positive-ion beams using the Korteweg-de Vries (KdV) equation considering relativistic effects smaller for i O(v 2 /c 2 ) and e O(u 2 /c 2 ), and larger for i O(v 4 /c 4 ) and e O(u 4 /c 4 ), where γ i = { 1   − ( v c ) 2 } − ( 1 / 2 ) and γ e...

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Published inCanadian journal of physics Vol. 88; no. 3; pp. 157 - 164
Main Authors Kalita, B. C., Das, R., Sarmah, H. K.
Format Journal Article
LanguageEnglish
Published Ottawa NRC Research Press 01.03.2010
Canadian Science Publishing NRC Research Press
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ISSN0008-4204
1208-6045
DOI10.1139/P10-008

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Abstract Relativistic solitons are investigated in a plasma with positive-ion beams using the Korteweg-de Vries (KdV) equation considering relativistic effects smaller for i O(v 2 /c 2 ) and e O(u 2 /c 2 ), and larger for i O(v 4 /c 4 ) and e O(u 4 /c 4 ), where γ i = { 1   − ( v c ) 2 } − ( 1 / 2 ) and γ e = { 1 − ( u c ) 2 } − ( 1 / 2 ) are relativistic factors of positive ions and electrons, respectively. Only compressive solitons of reasonable amplitudes are established subject to a mathematical condition in terms of initial and physical parameters with fourth-order terms in β i 0 ′ = 1 + 3 v 0 2 2 c 2 + 15 v 0 4 8 c 4 and β e 0 ′ = 1 + 3 u 0 2 2 c 2 + 15 u 0 4 8 c 4 for higher order relativistic effects and lower order relativistic effects without fourth-order terms in β i 0 ′ and β e 0 ′ for Q′ < 1 and Q′ > 1. The role of positive ion beams in a plasma with higher and lower order relativistic effects in the formation of relativistic solitons is fully explored in the investigation.
AbstractList Relativistic solitons are investigated in a plasma with positive-ion beams using the Korteweg-de Vries (KdV) equation considering relativistic effects smaller for [γ.sub.i] ≅ O([v.sup.2]/[c.sup.2]) and [γ.sub.e] ≅ O([u.sup.2]/[c.sup.2]), and larger for [γ.sub.i] [approximately equal to] O([v.sup.4]/[c.sup.4]) and [γ.sub.e] ≅ O([u.sup.4]/[c.sup.4]), where [γ.sub.i] = [{1 - [(v/c).sup.2]}.sup.- (1/2)] and [γ.sub.e] = [{1 - [(u/c).sup.2]}.sup.-(1/2)] are relativistic factors of positive ions and electrons, respectively. Only compressive solitons of reasonable amplitudes are established subject to a mathematical condition in terms of initial and physical parameters with fourth-order terms in [MATHEMATICAL EXPRESSION NOT REPRODUCIBLE IN ASCII] and [MATHEMATICAL EXPRESSION NOT REPRODUCIBLE IN ASCII] for higher order relativistic effects and lower order relativistic effects without fourth-order terms in [β.sup.'.sub.i0] and [β.sup.'.sub.e0] for [Q.sup.'] < 1 and [Q.sup.'] > 1. The role of positive ion beams in a plasma with higher and lower order relativistic effects in the formation of relativistic solitons is fully explored in the investigation.
Relativistic solitons are investigated in a plasma with positive-ion beams using the Korteweg-de Vries (KdV) equation considering relativistic effects smaller for ... O(v.../c...) and ... Ou.../c...), and larger for ... O(v.../c...) and ... O(u.../c...), where ... and ... are relativistic factors of positive ions and electrons, respectively. Only compressive solitons of reasonable amplitudes are established subject to a mathematical condition in terms of initial and physical parameters with fourth-order terms in ... and ... for higher order relativistic effects and lower order relativistic effects without fourth-order terms in ... and ... for ... < 1 and ... > 1. The role of positive ion beams in a plasma with higher and lower order relativistic effects in the formation of relativistic solitons is fully explored in the investigation. (ProQuest: ... denotes formulae/symbols omitted.)
Relativistic solitons are investigated in a plasma with positive-ion beams using the Korteweg-de Vries (KdV) equation considering relativistic effects smaller for g(i) ≈ O(v(2)/c(2)) and g(e) ≈ O(u(2)/c(2)), and larger for g(i) ≈ O(v(4)/c(4)) and g(e) ≈ O(u(4)/c(4)), where and are relativistic factors of positive ions and electrons, respectively. Only compressive solitons of reasonable amplitudes are established subject to a mathematical condition in terms of initial and physical parameters with fourth-order terms in and for higher order relativistic effects and lower order relativistic effects without fourth-order terms in and for Q' < 1 and Q' > 1. The role of positive ion beams in a plasma with higher and lower order relativistic effects in the formation of relativistic solitons is fully explored in the investigation. PACS No.: 52.35.-g
Relativistic solitons are investigated in a plasma with positive-ion beams using the Korteweg-de Vries (KdV) equation considering relativistic effects smaller for [γ.sub.i] ≅ O([v.sup.2]/[c.sup.2]) and [γ.sub.e] ≅ O([u.sup.2]/[c.sup.2]), and larger for [γ.sub.i] [approximately equal to] O([v.sup.4]/[c.sup.4]) and [γ.sub.e] ≅ O([u.sup.4]/[c.sup.4]), where [γ.sub.i] = [{1 - [(v/c).sup.2]}.sup.- (1/2)] and [γ.sub.e] = [{1 - [(u/c).sup.2]}.sup.-(1/2)] are relativistic factors of positive ions and electrons, respectively. Only compressive solitons of reasonable amplitudes are established subject to a mathematical condition in terms of initial and physical parameters with fourth-order terms in [MATHEMATICAL EXPRESSION NOT REPRODUCIBLE IN ASCII] and [MATHEMATICAL EXPRESSION NOT REPRODUCIBLE IN ASCII] for higher order relativistic effects and lower order relativistic effects without fourth-order terms in [β.sup.'.sub.i0] and [β.sup.'.sub.e0] for [Q.sup.'] < 1 and [Q.sup.'] > 1. The role of positive ion beams in a plasma with higher and lower order relativistic effects in the formation of relativistic solitons is fully explored in the investigation. PACS No: 52.35.-g Nous avons etudiee des solitons relativistes dans un plasma traverse; par des faisceaux d'ions positifs, a l'aide de l'equation de Korteweg-de Vries (KdV), pour des effets relativistes faibles avec [γ.sub.i] ≅ O([v.sup.2]/[c.sup.2]) et [γ.sub.e] ≅ O([u.sup.2]/[c.sup.2]), ainsi que des effets forts avec [γ.sub.i] ≅ O([v.sup.4]/[c.sup.4]) et [γ.sub.e] ≅ O([u.sup.4]/[c.sup.4]), la ou [γ.sub.i] = [{1 - [(v/c).sup.2]}.sup.-(1/2)] et [γ.sub.e] = [{1 - [(u/c).sup.2]}.sup.-(1/2)] sont les facteurs relativistes des ions positifs et des electrons respectivement. Seuls des solitons de compression d'amplitude raisonnable emergent, sujets a des conditions mathematiques fonctions de parametres initiaux et physiques pour des effets forts avec des parametres du quatrieme ordre en [EXPRESSION MATHEMATIQUE NON REPRODUCTIBLE EN ASCII.] et [EXPRESSION MATHEMATIQUE NON REPRODUCTIBLE EN ASCII.] et des effets faibles sans termes du quatrieme ordre dans [β.sup.'.sub.i0] et [β.sup.'.sub.e0] pour [Q.sup.'] <1 et [Q.sup.'] > 1. Nous faisons une etude complete du role du faisceau d'ions positifs dans le plasma, avec des effets relativistes faibles et forts, dans la formation des solitons relativistes. [Traduit par la Redaction]
Relativistic solitons are investigated in a plasma with positive-ion beams using the Korteweg–de Vries (KdV) equation considering relativistic effects smaller for γ i ≈ O(v 2 /c 2 ) and γ e ≈ O(u 2 /c 2 ), and larger for γ i ≈ O(v 4 /c 4 ) and γ e ≈ O(u 4 /c 4 ), where [Formula: see text] and [Formula: see text] are relativistic factors of positive ions and electrons, respectively. Only compressive solitons of reasonable amplitudes are established subject to a mathematical condition in terms of initial and physical parameters with fourth-order terms in [Formula: see text] and [Formula: see text] for higher order relativistic effects and lower order relativistic effects without fourth-order terms in [Formula: see text] and [Formula: see text] for Q′ < 1 and Q′ > 1. The role of positive ion beams in a plasma with higher and lower order relativistic effects in the formation of relativistic solitons is fully explored in the investigation.
Relativistic solitons are investigated in a plasma with positive-ion beams using the Korteweg-de Vries (KdV) equation considering relativistic effects smaller for i O(v 2 /c 2 ) and e O(u 2 /c 2 ), and larger for i O(v 4 /c 4 ) and e O(u 4 /c 4 ), where γ i = { 1   − ( v c ) 2 } − ( 1 / 2 ) and γ e = { 1 − ( u c ) 2 } − ( 1 / 2 ) are relativistic factors of positive ions and electrons, respectively. Only compressive solitons of reasonable amplitudes are established subject to a mathematical condition in terms of initial and physical parameters with fourth-order terms in β i 0 ′ = 1 + 3 v 0 2 2 c 2 + 15 v 0 4 8 c 4 and β e 0 ′ = 1 + 3 u 0 2 2 c 2 + 15 u 0 4 8 c 4 for higher order relativistic effects and lower order relativistic effects without fourth-order terms in β i 0 ′ and β e 0 ′ for Q′ < 1 and Q′ > 1. The role of positive ion beams in a plasma with higher and lower order relativistic effects in the formation of relativistic solitons is fully explored in the investigation.
Abstract_FL Nous avons étudié des solitons relativistes dans un plasma traversé par des faisceaux d'ions positifs, à l'aide de l'équation de Korteweg-de Vries (KdV), pour des effets relativistes faibles avec i O(v 2 /c 2 ) et e O(u 2 /c 2 ), ainsi que des effets forts avec i O(v 4 /c 4 ) et e O(u 4 /c 4 ), là où γ i = { 1 − ( v c ) 2 } − 1 / 2 et γ e = { 1 − ( u c ) 2 } − 1 / 2 sont les facteurs relativistes des ions positifs et des électrons respectivement. Seuls des solitons de compression d'amplitude raisonnable émergent, sujets à des conditions mathématiques fonctions de paramètres initiaux et physiques pour des effets forts avec des paramètres du quatrième ordre en β i 0 ′ = 1 + 3 v 0 2 2 c 2 + 15 v 0 4 8 c 4 et β e 0 ′ = 1 + 3 u 0 2 2 c 2 + 15 u 0 4 8 c 4 et des effets faibles sans termes du quatrième ordre dans β i 0 ′ et β e 0 ′ pour Q′ < 1 et Q′ > 1. Nous faisons une étude complète du rôle du faisceau d'ions positifs dans le plasma, avec des effets relativistes faibles et forts, dans la formation des solitons relativistes.
Audience Academic
Author Das, R.
Sarmah, H. K.
Kalita, B. C.
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Snippet Relativistic solitons are investigated in a plasma with positive-ion beams using the Korteweg-de Vries (KdV) equation considering relativistic effects smaller...
Relativistic solitons are investigated in a plasma with positive-ion beams using the Korteweg–de Vries (KdV) equation considering relativistic effects smaller...
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SubjectTerms 52.35.-g
Effects
Electrons
High temperature plasmas
Ion bombardment
Physics
Plasma
Plasma (Ionized gases)
Properties
Solitary waves
Solitons
Waves
Title Weakly relativistic effect in the formation of ion-acoustic solitary waves in a positive ion-beam plasma
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