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7篇 您的检索式:作者名="MOSLEM W M"
    题名 作者 年代 出处 被引量
1Linear and nonlinear properties of dust-acoustic waves in collisional,magnetized dusty plasmas显示文摘Moslem W M 2003Physics of Plasmas2003,10,8:1
2Langmuir rogue waves in electron-positron plasmas显示文摘Moslem W M 2011Physics of Plasmas2011,18,03:1
3On a plasma having nonextensive electrons and positrons: Rogue and solitary wave propagation显示文摘El-Awady E I Moslem W M 2011Physics of Plasmas2011,18,08:1
4Zakharov-Kuznetsov-Burgers equation for dust ion acoustic waves显示文摘MOSLEM W M SABRY R 2008Chaos Solitons and Fractals2008,36,:1
5Higher-order Zakharov-Kuznetsov equation for dust-acoustic solitary waves with dust size distribution显示文摘EI-TAIBANY W F SAFI F M MOSLEM W M 2007Planet Space Sci2007,55,14:1
6Fully nonlinear ion-acoustic solitary waves in a plasma with positive-negative ions and nonthermal electrons显示文摘Sabry R Moslem W M Shukla P K 2009Phys Plasmas2009,16,03:1
7Ion-acoustic waves at the night side of Titan's ionosphere:higher-order approximation显示文摘Nonlinear solitary waves are investigated for a plasma system at the night side of Titan's ionosphere.The plasma model consists of three positive ions,namely C2H5^+,HCNH^+,and C3H5^+,as well as Maxwellian electrons.The basic set of fluid equations is reduced to a Korteweg de-Vries(KdV)equation and linear inhomogeneous higher order KdV(LIHO-KdV)equation.The solitary wave solutions of both equations are obtained using a renormalization method.The solitary waves'existence region and the wave profile are investigated,and their dependences on the plasma parameters at the night side of Titan's ionosphere are examined.The solitary waves'phase velocities are subsonic or supersonic,and the propagating pulses are usually positive.The effect of higher-order corrections on the perturbation theory is investigated.It is found that the higher-order contribution makes the amplitude slightly taller,which is suitable for describing the solitary waves when the amplitude augments.S M Ahmed E R Hassib U M Abdelsalam R E Tolba W M Moslem 2020Communications in Theoretical Physics2020,72,5:0
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