X-ray spectra of fast ions generated from clusters by ultrashort laser pulses

A.I. MAGUNOV; A.YA. FAENOV; I.YU. SKOBELEV; T.A. PIKUZ; S. DOBOSZ; M. SCHMIDT; M. PERDRIX; P. MEYNADIER; O. GOBERT; D. NORMAND; C. STENZ; V. BAGNOUD; F. BLASCO; J.R. ROCHE; F. SALIN; B.YU. SHARKOV

doi:10.1017/S0263034603211149

Abstract

The high precision X-ray spectroscopy studies of plasma created from the CO2 clusters in gas jet targets by the ultrashort laser pulses (35 and 60 fs duration) were performed at the intensities IL ∼ 1017–1018 W cm−2. The spectral line shape of the H-like and He-like oxygen ions gains an asymmetry with increasing the laser pulse intensity. Theoretical modeling of the line shape shows that the asymmetry can be explained by absorption of the Doppler-shifted line radiation from the essential fraction of ions (over 10−3) with energies above 1 MeV due to photoionization of inner shells of carbon ions. The results obtained demonstrate measurement capabilities of the X-ray spectral measurements of multicharged ions accelerated during the interaction with a laser radiation.

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X-ray spectra of fast ions generated from clusters by ultrashort laser pulses

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