Daoud, H., Sanduk, M., Alfaiz, M., Khamis, R. (2008). Design of a Fundamental Concept of Virtual Reality System for Intensity Distribution in Free Electron Laser Amplifier. , 4(1), 11-14.
H.M. Daoud; M.I. Sanduk; M.Z. Alfaiz; R.A. Khamis. "Design of a Fundamental Concept of Virtual Reality System for Intensity Distribution in Free Electron Laser Amplifier". , 4, 1, 2008, 11-14.
Daoud, H., Sanduk, M., Alfaiz, M., Khamis, R. (2008). 'Design of a Fundamental Concept of Virtual Reality System for Intensity Distribution in Free Electron Laser Amplifier', , 4(1), pp. 11-14.
Daoud, H., Sanduk, M., Alfaiz, M., Khamis, R. Design of a Fundamental Concept of Virtual Reality System for Intensity Distribution in Free Electron Laser Amplifier. , 2008; 4(1): 11-14.

Design of a Fundamental Concept of Virtual Reality System for Intensity Distribution in Free Electron Laser Amplifier

Iraqi Journal of Applied Physics
Article 1, Volume 4, Issue 1, 2008, Pages 11-14
Authors
H.M. Daoud; M.I. Sanduk; M.Z. Alfaiz; R.A. Khamis
Abstract
Special algorithm for FEL amplifier at saturation effects were dedicated to visualizing intensity distribution in planar undulator depending on one-dimension FEL amplifier theory. This efficient algorithm for FEL Simulation Code has been applied to study the field gain distribution along the undulator length to explain high gain FEL operating mechanism in nonlinear regime.
Keywords
non; linear Simulation; Virtual Reality; FEL Process
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