A semiphenomenological droplet model of homogeneous nucleation from the vapor phase
The Journal of Chemical Physics
9850 - 9858
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Please cite this item using this persistent URLhttp://hdl.handle.net/11693/26019
A semiphenomenological droplet model, which corrects for the macroscopic surface tension and monomer-monomer interactions from real gas behavior (second virial coefficient) and for the correlation between the mean surface area of a cluster and the number of molecules constituting the cluster over all ranges of temperature below the critical point, is proposed by modifying Fisher's droplet theory of condensation. A steady-state nucleation rate equation is derived and compared with expansion and diffusion cloud chamber data for a variety of substances. An overall good agreement is achieved for the range of temperatures investigated in contrast to comparison with the classical nucleation rate equation. © 1993 American Institute of Physics.