SEARCH Articles Figures Tables Atomistic theory of stationary nucleation Background on Nucleation Theories Classic nucleation theory Classical Homogeneous Nucleation Theory Classical Theory of Homogeneous Nucleation Kinetic Approach Classical Theory of Nucleation in a One-Component System without Strain Energy Classical nucleation theory Classical nucleation theory critical cluster size Classical nucleation theory diffusion Classical nucleation theory limitation Classical theory of nucleation Classical theory of stationary nucleation Coagulative nucleation theory Craze nucleation theory Crystal nucleation theory Crystalline polymers kinetic nucleation theory Crystallization nucleation theories Drop Model and Classical Nucleation Theory Dynamical Nucleation Theory Experimental Evaluation of Classical Homogeneous Nucleation Theory Film models nucleation theories Heterogeneous nucleation theory Homopolymers, crystallization kinetic nucleation theory Improvement of Nucleation Theory Kinetic nucleation theory Lauritzen-Hoffman theory, polymer crystallization secondary nucleation Mean-field nucleation theory Micellar nucleation Smith-Ewart theory Microscopic theory nucleation Nucleate boiling theory Nucleation and Crystal Growth Lauritzen-Hofmann Theory Nucleation and growth theories Nucleation atomistic theory Nucleation classical rate theory Nucleation cluster theory Nucleation general theory Nucleation scaling theory Nucleation statistical fluctuation theory Nucleation theory aerosol particles Nucleation theory limitation Nucleation theory secondary Nucleation theory transition Nucleation theory, homogeneous Theory of Crystal Nucleation and Growth