Vapor-liquid nucleation: the solid touch

Area of Science:

• Thermodynamics
• Physical Chemistry
• Materials Science

Background:

• Vapor-liquid nucleation is a fundamental process across many scientific fields.
• Existing literature often presents scattered case studies with unclear fundamental concepts, particularly for heterogeneous nucleation involving solid surfaces.
• A comprehensive thermodynamic discussion is needed to clarify these concepts.

Purpose of the Study:

• To provide a comprehensive thermodynamic discussion of homogeneous and heterogeneous nucleation in vapor-liquid systems.
• To clarify fundamental nucleation concepts, emphasizing chemical potential and providing intuitive explanations.
• To review nucleating systems, the influence of solid geometry, and mixing effects on vapor-liquid equilibrium.

Main Methods:

• Thermodynamic analysis of nucleation processes.
• Review of existing literature on homogeneous and heterogeneous nucleation.
• Discussion of chemical potential, solid geometry effects, and mixture thermodynamics.

Main Results:

• Detailed thermodynamic explanations of nucleation, including the role of chemical potential.
• Analysis of how solid surface geometry influences new phase formation.
• Consideration of vapor-liquid equilibrium shifts due to mixing and non-volatile solutes.

Conclusions:

• The review offers a clearer thermodynamic framework for understanding vapor-liquid nucleation.
• It highlights the critical role of surfaces and mixtures in nucleation phenomena.
• Identifies areas requiring further research for more precise and accurate presentations.