Regimes and Breakup Model of Head-On Collisions of Unequal-Sized Water Nanodroplets

The difference in diameters of unequal-sized water nanodroplets can significantly alter the collision regimes, and a quantitative model for predicting nanodroplet breakup remains unclear. This study employs molecular dynamics simulations to investigate the head-on collisions of unequal-sized nanodro...

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Bibliografiske detaljer
Hovedforfatter:	Zongjun Yin (802309) (author)
Andre forfattere:	Chengbin Zhang (12513955) (author)
Udgivet:	2025
Fag:	Biophysics Biochemistry Medicine Biotechnology Cancer Infectious Diseases Environmental Sciences not elsewhere classified Physical Sciences not elsewhere classified three distinct modes nanoscale liquid film nanodroplet interaction applications minimum flattened state dispersion relation characterizing characteristic length determined average film thickness sheet puncture follows regular deformation regime spreading sheet puncture collision regime diagram sized water nanodroplets binary nanodroplet collisions breakup regime due min </ sub cri </ sub </ sub >), wavelength instability amplified 2 </ sup analysis model based spreading sheet sized nanodroplets breakup regime </ sub breakup model wavelength instability h </ quantitative model >< sub collision regimes coalescence regime weber numbers thermal fluctuations surface tension size ratios significantly alter ring fragmentation pb ), ohnesorge numbers induce fluctuations fundamental parameters fitting parameter exploration reveals experiencing holes energy balance ds ). divergent splattering cre ), comprehensive characterization colliding equal
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Regimes and Breakup Model of Head-On Collisions of Unequal-Sized Water Nanodroplets

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