Multi-fusion similarity

The combination of fusion rules (e.g., maximum and mean-fusion) gave rise to the multi-fusion similarity (MFS) maps that were developed for the visual characterization and comparison of compound databases [139]. This approach has been employed to explore SARs of compound datasets [140] and to compare combinatorial libraries [141]. Consensus approaches are also applied in diversity analysis of compound collections complementary 2D and 3D representations are used to obtain a comprehensive characterization of the diversity of large compound databases [60, 142]. 

It can be viewed as a work-related term that increases the internal energy of the system, unless diffusion opposes the external force. This contribution vanishes for pure fluids (i.e., ji = 0). It also vanishes for multi-component mixtures when the external force field acts similarly on all components in the mixture (i.e., g, = g for 1 < f < A ) because the dif-fusional mass fluxes of all components with respect to the mass-average velocity sum to zero ... 

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