Abstract
A review of X-ray spectroscopy of radiatively heated matter is given together with a summary of the possible methods for X-ray conversion of laser radiation. Gold microcavity targets proved to be applicable to carry out absorption spectroscopy of radiatively heated CH foils from 1 eV to 100 eV temperature. Targets with embedded boron layers were also applied for investigating the radiative burnthrough both with transmission and emission spectroscopy. The results obtained with both methods are in good agreement with the MULTI hydrocode with SNOP opacities and with the simple considerations for the degenerate state in the early stage of heating.
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