Interface energy of faces of manganese and vanadium crystals at boundaries with organic liquids
The dependence of the interface energy at a boundary between a metallic crystal face and an organic liquid on the permittivity of the liquid is obtained using a modified version of the electron-statistical Frenkel’–Gombas–Zadumkin theory. The interface energies of faces with low Miller indices of α-Mn and V at boundaries with hexane, benzene, toluene, and o-xylene are calculated.