In this work, we apply the mechanism described above to satellite-transitions of halfinteger quadrupolar nuclei. HETCOR with satellite-transitions can provide additional information and opportunities over the more commonly recorded CT HETCOR spectra. These transitions have different peak positions and width due to the isotropic quadrupolar shift and the second-order quadrupolar broadening remaining under MAS . We will show that by interconverting between the SQ and DQ satellite-transitions using CT selective -pulses, nearly isotropic resolution can be obtained for spin S = 3/2 nuclei . It should be mentioned that all satellite-transition experiments require precise magic-angle setting to average out the large firstorder quadrupolar interaction .