DIELECTRONIC SATELLITE SPECTRA OF THE 1S3P-1S(2) LINES FOR HIGHLY-CHARGED IONS WITH Z=6-54 (1S2 3/'-1S(2)2L TRANSITIONS)/

The wavelengths, radiative transition probabilities and autoionization rates have been calculated for the transitions 1s2l3l'-1s(2)2l in a w ide range of nuclear charge Z. These data were used for the calculatio n of relative intensity factors Q(d) for dielectronic satellite spectr a of highly charged He-like ions. Synthetic spectra will be built from these data for different plasma sources. A perturbation theory method is described for the calculation of atomic properties of autoionizati on states. Correlation, relativistic and radiative effects were taken into account. Z-dependencies of radiative transition probabilities and autoionization rates are discussed. Relative intensity factors of die lectronic satellite lines are shown as functions of Z for different ty pes of 1s2l3l'-1s(2)2l transitions.