Author： Kaiser J. Liška M. Samek O. Egri T. Ritucci A. Reale A. Tomassetti G. Reale L. Palladino L. Kukhlevsky S. Flora F. Mezi L. Faenov A. Pikuz T.
Publisher： Springer Publishing Company
ISSN： 0011-4626
Source： Czechoslovak Journal of Physics, Vol.55, Iss.1, 2005-01, pp. : 35-44
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Abstract
The conditions for the formations of plasma-based waveguide in non-ablative argon-filled capillary discharge are studied theoretically. The pinch dynamics is simulated using magneto-hydrodynamic code originally developed and utilized to find proper conditions for operation of capillary-discharge Ar+8 soft x-ray laser. The presented results show that the ablation-free capillary z-pinch provides conditions that are suitable for guiding of high-intensity laser pulses on the earlier stages of the plasma compression.
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