Lifetime of air bubbles detached from the freezing front during icing

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Comparative experiments reveal a negative correlation between bubble radius and time, indicating insights into air bubbles and icing processes.

Detached air bubbles exhibit a negative correlation with time during ascent, reducing in size significantly.
Mathematical modeling achieved over 70% accuracy in predicting bubble size variation patterns.
The lifetime of air bubbles is proportional to the cube of their initial radius, demonstrating critical relationships in icing mechanisms.
Understanding these dynamics may enhance knowledge about air bubbles and their role in freezing processes.

Shao et al. (2025) studied this question.

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Comparative experiments reveal a negative correlation between bubble radius and time, indicating insights into air bubbles and icing processes.