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- W2981640535 abstract "Hypothesis: The charged spherical colloidal particles at the fluid–fluid interface experience considerably strong and long-ranged electrostatic and capillary interactions. The contribution of capillary force becomes more significant as the particle size increases beyond a certain limit. The relative strengths of the two competing interactions between the spherical polystyrene particles at the oil–water interface are quantified depending on their size. Experiments: The studied particles, obtained using the microfluidic method, have diameters of tens to hundreds of micrometers. The scaling behaviors of the commercially available colloidal particles with diameters of ~3 μm are also compared. An optical laser tweezer apparatus is used to directly or indirectly measure the interparticle force. Subsequently, the capillary force that can be attributed to the gravity-induced interface deformation and contact line undulation is calculated and compared with the measured interaction force. Findings: Regardless of the particle diameter (~3–330 μm), the measured force is observed to decay as r−4, where r denotes the center-to-center separation, demonstrating that the dipolar electrostatic interaction is important and that the gravity-induced capillary interaction is negligible. Furthermore, numerical calculations with respect to the undulated meniscus confirm that the magnitude of capillary interaction is significantly smaller than that of the measured electrostatic interaction." @default.
- W2981640535 created "2019-11-01" @default.
- W2981640535 creator A5004037383 @default.
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- W2981640535 creator A5030617809 @default.
- W2981640535 creator A5091374816 @default.
- W2981640535 creator A5091714843 @default.
- W2981640535 date "2020-02-01" @default.
- W2981640535 modified "2023-09-27" @default.
- W2981640535 title "Interactions between polystyrene particles with diameters of several tens to hundreds of micrometers at the oil–water interface" @default.
- W2981640535 cites W1762520796 @default.
- W2981640535 cites W1878703919 @default.
- W2981640535 cites W1964853637 @default.
- W2981640535 cites W1974628696 @default.
- W2981640535 cites W1975840440 @default.
- W2981640535 cites W1978809853 @default.
- W2981640535 cites W1985150525 @default.
- W2981640535 cites W1985641432 @default.
- W2981640535 cites W1987350765 @default.
- W2981640535 cites W1988146483 @default.
- W2981640535 cites W1990829645 @default.
- W2981640535 cites W1994894936 @default.
- W2981640535 cites W1997684655 @default.
- W2981640535 cites W2005185102 @default.
- W2981640535 cites W2009228377 @default.
- W2981640535 cites W2011734830 @default.
- W2981640535 cites W2012849556 @default.
- W2981640535 cites W2013930340 @default.
- W2981640535 cites W2017795874 @default.
- W2981640535 cites W2019073542 @default.
- W2981640535 cites W2019472664 @default.
- W2981640535 cites W2020439289 @default.
- W2981640535 cites W2022733093 @default.
- W2981640535 cites W2028397936 @default.
- W2981640535 cites W2030011050 @default.
- W2981640535 cites W2032940149 @default.
- W2981640535 cites W2035045257 @default.
- W2981640535 cites W2036669697 @default.
- W2981640535 cites W2038536893 @default.
- W2981640535 cites W2039411160 @default.
- W2981640535 cites W2041741446 @default.
- W2981640535 cites W2042822987 @default.
- W2981640535 cites W2048725743 @default.
- W2981640535 cites W2054205403 @default.
- W2981640535 cites W2055909820 @default.
- W2981640535 cites W2056015189 @default.
- W2981640535 cites W2058539528 @default.
- W2981640535 cites W2058741581 @default.
- W2981640535 cites W2059029090 @default.
- W2981640535 cites W2063020701 @default.
- W2981640535 cites W2064313493 @default.
- W2981640535 cites W2071693061 @default.
- W2981640535 cites W2073120193 @default.
- W2981640535 cites W2074514885 @default.
- W2981640535 cites W2076479843 @default.
- W2981640535 cites W2077788926 @default.
- W2981640535 cites W2084587065 @default.
- W2981640535 cites W2090690176 @default.
- W2981640535 cites W2099540110 @default.
- W2981640535 cites W2119165700 @default.
- W2981640535 cites W2123685203 @default.
- W2981640535 cites W2126643406 @default.
- W2981640535 cites W2132079698 @default.
- W2981640535 cites W2147707722 @default.
- W2981640535 cites W2156631921 @default.
- W2981640535 cites W2159118486 @default.
- W2981640535 cites W2167252212 @default.
- W2981640535 cites W2170145134 @default.
- W2981640535 cites W2282440994 @default.
- W2981640535 cites W2315638963 @default.
- W2981640535 cites W2320511195 @default.
- W2981640535 cites W2328453193 @default.
- W2981640535 cites W2516390404 @default.
- W2981640535 cites W2595427038 @default.
- W2981640535 cites W2742460756 @default.
- W2981640535 cites W2752759932 @default.
- W2981640535 cites W2772773585 @default.
- W2981640535 cites W2790816238 @default.
- W2981640535 cites W2795194560 @default.
- W2981640535 cites W2796603048 @default.
- W2981640535 cites W2799850537 @default.
- W2981640535 cites W2806065742 @default.
- W2981640535 cites W2807320952 @default.
- W2981640535 cites W2813778428 @default.
- W2981640535 cites W2904629363 @default.
- W2981640535 cites W2912106828 @default.
- W2981640535 cites W2923100746 @default.
- W2981640535 cites W2951100039 @default.
- W2981640535 cites W2953944000 @default.
- W2981640535 cites W2973165226 @default.
- W2981640535 cites W4211178136 @default.
- W2981640535 doi "https://doi.org/10.1016/j.jcis.2019.10.095" @default.
- W2981640535 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31708257" @default.
- W2981640535 hasPublicationYear "2020" @default.
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