Abstract

In Part I a method was described for the determination of the change in interphase potential at an air liquid interface caused by the presence of a unimolecular film of myristic acid and the values for this change (∆V) were plotted as a function of the molecular area. On application of the Helmholtz equation ∆V = 4 πn μ we obtain a mean value for the vertical component of the molecular electric moment of a molecule of myristic acid when present in a film in the expanded state of μ = 2.29. 10 -19 e. s. u.

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