Abstract
The dispersion coefficients for the van der Waals interactions for the low lying states of magnesium (3s² 1S e , 3s3p 3P o , 3s3p¹P o , 3s4s 3S e , 3s4s 1S e , 3s3d 3D e and 3s3d 1D e ) interacting with H, He, Ne, Ar, Kr and Xe are determined using sum rules of reduced matrix elements over pseudo-state representations of the atomic excitation spectra. The sets of transition matrix elements were taken from previous investigations of the van der Waals interactions of the Mg2 dimer and an investigation of the van der Waals interaction for alkali atoms interacting with rare gases.
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