The concept of active nucleation sites is examined in the light of standard nucleation theory and it is suggested that these sites are probably small re-entrant corners or jogs in growth steps on the surface of the nucleating particle. The nucleation behavior of a spherical particle with a conical pit on its surface is examined in detail and the activity of a population of particles having a log-normal distribution of such pits is worked out. The parameters involved in the theory can be evaluated within acceptable limits and the resulting curves exhibit the phenomena observed experimentally. Generalized activity curves are given in parametric form for more detailed comparison with experiment
The indirect aerosol effect contributes to major uncertainties in determining the radiation budget o...
The indirect aerosol effect contributes to major uncertainties in determining the radiation budget o...
Heterogeneous nucleation is vital to a wide range of areas as diverse as ice nucleation on atmospher...
A general theory of the action of small aerosol particles as ice-crystal nuclei is developed and its...
Classical nucleation theory is applied to the production of particles of a crystalline phase by grow...
The nucleation of ice crystals in clouds is poorly understood, despite being of critical importance ...
The nucleation of ice crystals in clouds is poorly understood, despite being of critical importance ...
The influence of topography on crystal nucleation is investigated, mostly with regards to nucleation...
The influence of topography on crystal nucleation is investigated, mostly with regards to nucleation...
Understanding how surfaces direct nucleation is a complex problem that limits our ability to predict...
Ice formation on aerosol particles is a process of crucial importance to Earth's climate and the env...
Understanding how surfaces direct nucleation is a complex problem that limits our ability to predict...
Cloud chamber investigations into ice nucleation by mineral particles were compared with results fro...
The author was affiliated with University of New England when the paper was publishe
Summarization: A theoretical analysis for the description of insoluble particles activation in the a...
The indirect aerosol effect contributes to major uncertainties in determining the radiation budget o...
The indirect aerosol effect contributes to major uncertainties in determining the radiation budget o...
Heterogeneous nucleation is vital to a wide range of areas as diverse as ice nucleation on atmospher...
A general theory of the action of small aerosol particles as ice-crystal nuclei is developed and its...
Classical nucleation theory is applied to the production of particles of a crystalline phase by grow...
The nucleation of ice crystals in clouds is poorly understood, despite being of critical importance ...
The nucleation of ice crystals in clouds is poorly understood, despite being of critical importance ...
The influence of topography on crystal nucleation is investigated, mostly with regards to nucleation...
The influence of topography on crystal nucleation is investigated, mostly with regards to nucleation...
Understanding how surfaces direct nucleation is a complex problem that limits our ability to predict...
Ice formation on aerosol particles is a process of crucial importance to Earth's climate and the env...
Understanding how surfaces direct nucleation is a complex problem that limits our ability to predict...
Cloud chamber investigations into ice nucleation by mineral particles were compared with results fro...
The author was affiliated with University of New England when the paper was publishe
Summarization: A theoretical analysis for the description of insoluble particles activation in the a...
The indirect aerosol effect contributes to major uncertainties in determining the radiation budget o...
The indirect aerosol effect contributes to major uncertainties in determining the radiation budget o...
Heterogeneous nucleation is vital to a wide range of areas as diverse as ice nucleation on atmospher...