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Home / Journals / International Journal of High Energy Physics / Laser-Plasma Interactions and Applications
Laser-Plasma Interactions and Applications
Lead Guest Editor:
Mahdi Ettehadi-Abri
Department of Laser and Plasma Physics, Shahid Beheshti University, Tehran, Iran
Guest Editors
Fida Younus Khattak
Department of Physics, KUS, Kohat University of S&T
Kohat, Pakistan
James Lunney
School of Physics, Trinity Collegue Dublin
Dublin, Ireland
Tony Donnelly
School of Physics, Trinity College
Dublin, Ireland
Taj Muhammad Khan
School of Physics, Trinity College
Dublin, Ireland
Shalom Eliezer
Plasma Physics Department, Soreq NRC
Yavne, Israel
Henrich Hora
School of Physics, The University of New South Wales
Sydney NSW, Australia
Lennart Stenflo
Department of Plasma Physics, Umeå University
Umeå, Sweden
Davoud Dorranian
Plasma Physics Center, Science and Research branch of Azad University
Tehran, Iran
Babak Shokri
Physics Department, Beheshti University
Tehran, Iran
Mohammad Reza Milani
Experimental Physics, Plasma Physics, Atomic, Molecular and Optical Physics, Shahid Beheshti University
Tehran, Iran
High intensity laser produced plasmas are capable of accelerating particles to high energies over very short distances. Mono-energetic electron beams could be produced by this method (Nature 2004). Recently, the scientists demonstrated that the laser beam was able to drive the accelerating structure, called a wakefield. As the beam propagates it changes from being circular in cross section to being slightly elliptical, which indicates that the electron beam is initially generated behind the laser beam but as it accelerates moves forward, it gains energy from the electric field of the laser. Broadband radiation, meanwhile, is emitted transverse to the motion of the electrons when they are initially trapped and accelerated. Our group would like to have more researches about the new physics in laser plasma interaction science and present the experimental applications and theoretical results.

Aims and Scope:
Basic Physics of High Energy Density Science
Many Fundamental Questions that Have Been Raised Are Unanswered
Laboratory Astrophysics
Materials in Extreme Conditions
Laser Driven Applications
Fusion Energy
Fast Ignition
Ion Beams
Medical Therapies
Materials Studies
Electron Beams
Possible Accelerator Schemes
Photon Beams
Bright X-Ray and Gamma Sources for Radiography
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