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- W4211249540 endingPage "2108069" @default.
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- W4211249540 abstract "Liquid metals (LMs) and alloys are attracting increasing attention owing to their combined advantages of high conductivity and fluidity, and have shown promising results in various emerging applications. Patterning technologies using LMs are being actively researched; among them, direct ink writing is considered a potentially viable approach for efficient LM additive manufacturing. However, true LM additive manufacturing with arbitrary printing geometries remains challenging because of the intrinsically low rheological strength of LMs. Herein, colloidal suspensions of LM droplets amenable to additive manufacturing (or 3D printing) are realized using formulations containing minute amounts of liquid capillary bridges. The resulting LM suspensions exhibit exceptionally high rheological strength with yield stress values well above 103 Pa, attributed to inter-droplet capillary attraction mediated by the liquid bridges adsorbed on the oxide skin of the LM droplets. Such liquid-bridged LM suspensions, as extrudable ink-type filaments, are based on uncurable continuous-phase liquid media, have a long pot-life and outstanding shear-thinning properties, and shape retention, demonstrating excellent rheological processability suitable for 3D printing. These findings will enable the emergence of a variety of new advanced applications that necessitate LM patterning into highly complicated multidimensional structures." @default.
- W4211249540 created "2022-02-13" @default.
- W4211249540 creator A5058973542 @default.
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- W4211249540 date "2022-02-11" @default.
- W4211249540 modified "2023-10-16" @default.
- W4211249540 title "Liquid‐Suspended and Liquid‐Bridged Liquid Metal Microdroplets" @default.
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- W4211249540 doi "https://doi.org/10.1002/smll.202108069" @default.
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