(a) Impacting nanodroplets upon anangled solid surface with increasing Young contact angle to θY = 121°. (b) The variation of the spreading factor as a function of simulated time on the surface.

(c) Varying the centroid of the nanodroplet over coalescence-spreading-retraction behavior.

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Bibliographic Details
Main Author:	Liwei Sun (109973) (author)
Other Authors:	Ye Han (261096) (author), Wei Shen (149127) (author), Chuiye Meng (22238251) (author), Baocheng Zhan (22238254) (author), Jiachao Gu (22238257) (author)
Published:	2025
Subjects:	Biotechnology Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified observing free evolution intrinsic contact angles hysteretic bouncing dynamics various practical applications produce various outcomes xlink "> impingement important characteristic parameters exploring impacting systems impacting dynamics various conditions targeted systems practical application control outcomes asynchronous dynamics work reveals weber number suspened nanodroplets suspending droplets spreading behavior solid surface present work digital microfluidics coming ones central implementation central distances central distance binary nanodroplets
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(a) Impacting nanodroplets upon anangled solid surface with increasing Young contact angle to <i>θ</i><sub>Y</sub> = 121°. (b) The variation of the spreading factor as a function of simulated time on the surface.