Suppression of the Coffee-Ring Effect for Photonic Structures Based on the Shape of Particles

The evaporation of colloidal sessile droplets is widely studied for the fabrication of micro- and nanoscale structures with applications in photonics, sensing, and functional coatings. When spherical particles are used, the process typically results in a coffee-ring effect (CRE), driven by capillary...

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書誌詳細
第一著者:	Garima Hirekar (21735403) (author)
その他の著者:	Sehyun Shin (1444993) (author), Appurva Tiwari (18360097) (author), Vemoori Raju (21735406) (author), Saubhagya Singh (21735409) (author), Yong Bin Bang (21735412) (author), Seong Jae Lee (1689166) (author), Ashish Kumar Thokchom (5483939) (author)
出版事項:	2025
主題:	Cell Biology Biotechnology Ecology Immunology Developmental Biology Cancer Infectious Diseases Virology Space Science Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified process typically results droplet primarily composed capillary outward flow uniform particle deposition forming photonic microstructures colloidal sessile droplets enable uniform deposition spherical particles facilitates unlike spherical particles monodispersed ellipsoidal particles cre ), driven photonic structures based spherical particles ellipsoidal particles photonic structures cmfs ), based materials photonic properties photonic crystal photonic characteristics colloidal inks colloidal assemblies anisotropic particles resulting structures packed structures nanoscale structures work demonstrates widely studied thereby bridging study investigates structural color strongly dependent small fractions ring effect random arrangements practical realization particle shape optical properties interfacial films fundamental studies functional coatings findings underscore established strategy cmfs induced aspect ratio
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Suppression of the Coffee-Ring Effect for Photonic Structures Based on the Shape of Particles

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