Hermann-Buess

F. Tielens, J. Andres, M. van Brussel, C. Buess-Hermann and P. Geerlings, J. Phys. 

F. Reniers, M. Detroye, S. Kacim, P. Kons, M. Maoujoud, E. Silberberg, M. Soussi, El Begrani, T. Vandevelde, and C. Buess-Hermann, in The Chemistry of Transition Metal Carbides and Nitrides (S. T. Oyama, ed.), pp. 274-289, Blackie Academic and Professional, (1996). 

We should mention in this context the early work of Bewick and Thomas [131] who studied the case of UPD ofPb on Ag (111), and the work of Buess-Hermann[132] on the adsorption of alcohols on mercury. In both cases the mean field Frumkin s isotherm [133] was used to interpret the observations. We observe here that in both cases the adsorbed layer is incommensurate with the substrate, and in our theory the adsorbate must be commensurate. For the commensurate case Frumkin s isotherm corresponds to the mean field theory, which is known to be very inaccurate. Tbe coexistence curve is of the form y = for Frumkin, while the exact lattice result is y = [134], This has important consequences for the shape of the curves and for... 

C. Buess-Hermann in Trends in Interfacial Electrochemistry, A Fernando Silva, Ed. Reidel Dordrecht, Holland, 1984. 

---