Collision strengths for innershell excitation of Li-like ions from the 1s23l levels to the 1s2l'3l'' levels

Results are given for collision strengths, collision rates, transition energies, and electric-dipole line strengths for innershell excitation from the 1s23l levels to all levels of the 1s2l'3l'' configurations in Li-like ions with nuclear charge number Z in the range 6< or =Z< or =74. The results include the effects of configuration mixing, parentage mixing, and intermediate coupling. A Coulomb--Born--exchange method is used in calculating the collision strengths. The results for collision strengths and line strengths are expressed conveniently in terms of the Z-scaled hydrogenic ion collision strengths and line strength, respectively, together with coefficients that are functions of the target ion mixing coefficients