CO₂ Separation Using a Sonic Nozzle Flow and Ion-Induced Nucleation

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This research explores the potential of ion-induced nucleation for gas component separation processes, specifically targeting CO2.
Modeling the adsorption and desorption process of vapor molecules on ion surfaces using queue theory.
Comparing molecular dynamics simulation results with theoretical models under low vapor pressure conditions.
Conducting molecular simulations with a single ammonium ion in CO2-N2 gas mixtures to analyze nanocluster formation behavior.
Successful formation and growth of CO2 nanoclusters through ion-induced nucleation even in the absence of homogeneous nucleation.
Good agreement between theoretical models and empirical observations under low vapor pressure conditions.

Investigates CO2 separation in gas mixtures, suggesting innovative applications in separation technologies.

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Tomoya Tamadate (2026) studied this question.

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