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Plasma waveguide formation using axicon ignitor-heater scheme in high-density gas clustered target for amplification of the soft x-ray laser radiation

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Abstract

To boost energy output of the soft x-ray laser the waveguiding technique can be used. Hence we investigated plasma waveguide properties in the high-density gas clustered target. The investigated density range was from 6.5MPa up to 15MPa of the backing pressure of 5mm resp. 10mm × 0.4mm gas jet. The waveguide is formatted by thermal expansion. For the ignitor prepulse, was used low energy femtosecond beam, and for the heater prepulse, was used a picosecond beam. The spatial, the spectral and the temporal characteristics were experimentally measured for both jets with fundamental and second harmonic avelengths and different ignitor-heater configurations.

© 2011 Optical Society of America

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