In Figure , we show the MBD interaction energies for the S12L dataset of supramolecular dimers , excluding the DFA contribution. These results, for two MBD model variants, are compared to benchmark values from the density-functional based symmetry-adapted perturbation theory (SAPT-DFT) . The FCO-MBD variant yields dispersion energies closely clustered around the perfect correlation line, while MBD@rsSCS FIG. : vdW-induced charge density polarization in (a) methane and (b) pentane dimers computed by by CCSD-HF, sc-TS and MBD methods. The plots show plane-averaged density polarization ∆ρ(z) with the monomer geometries represented along the distance axis. The isosurfaces (top) illustrate ∆ρ(r) in the 3D space as calculated by CCSD-HF and MBD methods with the isovalues of 1.5 × 10 -6 and 2 × 10 -6 e/Å 3 for methane and pentane dimers, respectively. The red and blue colors denote accumulation and depletion of charge density, correspondingly. The isosurface plots were produced using the VESTA software .