Assuming a spherical nucleating particle, the effect of particle size and surface properties upon nucleation efficiency is investigated. A general result is derived which is then applied to the condensation, sublimation, and freezing of water on foreign nuclei. The size effect is found to become important in the range 100–1000 A of particle radius. For particles larger than this, nucleation efficiency is substantially independent of size, while for smaller particles the efficiency is very greatly reduced
Acknowledgements: J. A. H. acknowledges studentship funding from the Engineering and Physical Scienc...
Abstract—Asymptotic behavior of thermodynamic characteristics of nucleation on small macroscopic nuc...
A statistical mechanical method to evaluate the energy of formation of water clusters attached to a ...
Classical nucleation theory is applied to the production of particles of a crystalline phase by grow...
A general theory of the action of small aerosol particles as ice-crystal nuclei is developed and its...
It is known that many physicochemical processes in aerosol systems with nanoscale particles and in n...
Fletcher's spherical substrate model [J. Chem. Phys. 29, 572 (1958)] is a basic model for under...
Nucleation of liquid water in the Earth's atmosphere occurs via heterogeneous nucleation on aerosol ...
Nucleation is of great concern in many cases—for example, the production of artificial rainfall and ...
The concept of active nucleation sites is examined in the light of standard nucleation theory and it...
In standard nucleation theory, the nucleation process is characterized by computing ΔΩ(V), the rever...
The homogeneous freezing of water is of fundamental importance to a number of fields, including that...
How and when does water ‘‘fracture’’? In other words, how and when does a small cavity, or nucleus, ...
Nucleation theory in the case of condensation on a substrate is reviewed. The thermodynamics of adso...
Homogeneous nucleation rate data for water extending over an exceptionally large domain of rate (J),...
Acknowledgements: J. A. H. acknowledges studentship funding from the Engineering and Physical Scienc...
Abstract—Asymptotic behavior of thermodynamic characteristics of nucleation on small macroscopic nuc...
A statistical mechanical method to evaluate the energy of formation of water clusters attached to a ...
Classical nucleation theory is applied to the production of particles of a crystalline phase by grow...
A general theory of the action of small aerosol particles as ice-crystal nuclei is developed and its...
It is known that many physicochemical processes in aerosol systems with nanoscale particles and in n...
Fletcher's spherical substrate model [J. Chem. Phys. 29, 572 (1958)] is a basic model for under...
Nucleation of liquid water in the Earth's atmosphere occurs via heterogeneous nucleation on aerosol ...
Nucleation is of great concern in many cases—for example, the production of artificial rainfall and ...
The concept of active nucleation sites is examined in the light of standard nucleation theory and it...
In standard nucleation theory, the nucleation process is characterized by computing ΔΩ(V), the rever...
The homogeneous freezing of water is of fundamental importance to a number of fields, including that...
How and when does water ‘‘fracture’’? In other words, how and when does a small cavity, or nucleus, ...
Nucleation theory in the case of condensation on a substrate is reviewed. The thermodynamics of adso...
Homogeneous nucleation rate data for water extending over an exceptionally large domain of rate (J),...
Acknowledgements: J. A. H. acknowledges studentship funding from the Engineering and Physical Scienc...
Abstract—Asymptotic behavior of thermodynamic characteristics of nucleation on small macroscopic nuc...
A statistical mechanical method to evaluate the energy of formation of water clusters attached to a ...