مقالات در نشریات
- 1. Reza Fallah,Seyed mohammadd Khorashadizadeh,,Attosecond pulse generation by the interaction of intense laser pulse and hydrogen-like He+ ions in Debye plasma,Optics Communications,Vol. 1,No. 580,pp. 131590-131599,2025,JCR،Scopus.
- 2. Seyed mohammadd Khorashadizadeh,ehsan gholipour,Reza Fallah,,Enhancing the energy of the produced electron bunch in laser–plasma interaction: effects of transverse injection and various density profiles,European Physical Journal Plus,Vol. 140,No. 665,pp. 66501-66511,2025,ISI،JCR،Scopus.
- 3. Reza Fallah,reza khooniki,Seyed mohammadd Khorashadizadeh,,Longitudinal magnetic field effect on enhancing electron bunch quality in laser wakefield acceleration,Optics Communications,Vol. 1,No. 596,pp. 132497-132504,2025,JCR،Scopus.
- 4. Seyed mohammadd Khorashadizadeh,rasoul khooshe shahi,,Reza Fallah,Thermal effects of charged particles on parallel fast-magnetosonic/whistler instability in solar wind plasma,Physics of Plasmas,Vol. 32,No. 32,pp. 721091-721099,2025,ISI،JCR،Scopus.
- 5. Reza Fallah,Seyed mohammadd Khorashadizadeh,,ehsan gholipour,Guiding properties of Bessel–Gaussian and super-Gaussian pulses in inhomogeneous parabolic plasma channels,Optik,Vol. 1,No. 317,pp. 172071-172079,2024,JCR،Scopus.
- 6. Reza Fallah,Seyed mohammadd Khorashadizadeh,,Propagation characteristics analysis of high-frequency radio waves in the lower ionosphere layers,Heliyon,Vol. 24,No. 10,pp. 40963-40972,2024,ISI،JCR،Scopus.
- 7. Seyed mohammadd Khorashadizadeh,,Reza Fallah,Numerical study of electron acceleration driven by two-color laser pulses,AIP Advances,Vol. 4,No. 13,pp. 452211-452216,2023,JCR،Scopus.
- 8. Reza Fallah,reza khooniki,Hossein Golnarkar,,Effect of external magnetic field inhomogeneity on the nonlinear absorption of intense laser pulse in inhomogeneous warm plasma,High Energy Density Physics,Vol. 1,No. 54,pp. 101162-101172,2025,ISI،JCR،Scopus.
- 9. Reza Fallah,reza khooniki,Seyed mohammadd Khorashadizadeh,,Influence of plasma inhomogeneity and ohmic heating on the nonlinear absorption of intense laser pulse in collisional magnetized plasma,CONTRIBUTIONS TO PLASMA PHYSICS,pp. 1-11,2023,JCR.
- 10. Reza Fallah,Seyed mohammadd Khorashadizadeh,Ali Reza Niknam,Effects of relativistic and ponderomotive nonlinearities on the interaction of high‐power laser beam with an inhomogeneous warm plasma,CONTRIBUTIONS TO PLASMA PHYSICS,Vol. 2,No. 61,pp. 1-11,2020,JCR.
- 11. Seyed mohammadd Khorashadizadeh,Reza Fallah,Ali Reza Niknam,Amplitude enhancement of plasma wakefield by interaction of relativistic Gaussian electron beam with inhomogeneous magnetized plasma,AIP Advances,Vol. 1,No. 10,pp. 153300-153306,2020,ISI،JCR،Scopus.
- 12. Reza Fallah,Sara Abbasi,Seyed mohammadd Khorashadizadeh,Rotating ion beam effects on temperature gradient instability in completely ionized plasmas,Physical Review E,Vol. 4,No. 102,pp. 43208-43214,2020,JCR،Scopus.
- 13. Reza Fallah,Influence of pump-beam parameters and crystal optical properties on propagation of thermally affected Bessel–Gaussian beams generated by a solid-state laser,European Physical Journal D,Vol. 1,No. 73,pp. 2-9,2019,JCR،Scopus.
- 14. Reza Fallah,Influence of pump-beam parameters and crystal optical properties on propagation of thermally affected Bessel-Gaussian beams generated by a solid-state laser,European Physical Journal D,Vol. 73,pp. -,2019,JCR،Scopus.
- 15. Reza Fallah,Seyed mohammadd Khorashadizadeh,Influence of Gaussian Super-Gaussian and Cosine-Gaussian Pulse Properties on the Electron Acceleration in a Homogeneous Plasma,IEEE Transactions on Plasma Science,Vol. 46,No. 6,pp. 2085-2090,2018,JCR،Scopus.
- 16. Reza Fallah,Seyed mohammadd Khorashadizadeh,Electron acceleration in a homogeneous plasma by Bessel-Gaussian and Gaussian pulses,CONTRIBUTIONS TO PLASMA PHYSICS,Vol. 59,No. 9,pp. 878-889,2018,JCR.
- 17. Reza Fallah,Nadgaran H,Investigation of the pump reshaping effect on the thermally-affected Helmholtz Gauss beams generated by a solid-state laser,LASER PHYSICS,Vol. 25,pp. 85007-85014,2015,JCR،Scopus.
- 18. Reza Fallah,Nadgaran H.,Thermally-affected Cosine-Gauss and Parabolic-Gauss beams and comparisons of Helmholtz Gauss beam families,Optics Communications,Vol. 341,pp. 160-172,2015,JCR،Scopus.
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