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- W2895570598 abstract "Ellipsoidal particles are investigated as packing media for liquid chromatography using high resolution fluid mechanics and Brownian dynamics simulations. The simulations are conducted with packed capillary columns, as well as beds with periodic boundary conditions (PBCs) to study transport in the absence of wall effects. The performance of ellipsoidal particles is evaluated over a range of aspect ratios. The definition of effective diameter used to compare sphere and ellipsoidal particle performance metrics is presented and discussed along with scaling relationships which are necessary to compare sphere and ellipsoidal particle packs. Ellipsoidal particle packs are found to be inferior to sphere packs using PBCs to study chromatographic dispersion. The separation impedance was calculated with PBCs and shown to be approximately the same with ellipsoidal particles as those of spheres. Efficiency of ellipsoidal packs, as measured by plate height, is lower than spherical particle packs and the pressure drop is higher than sphere packs when using PBCs. However, a smaller wall effect is shown for ellipsoidal particles when packing cylindrical capillaries. Radial variations in packing porosity and in flow within the wall region are smaller for ellipsoidal packings. The minimum reduced plate height and the separation impedance for the packed capillaries clearly demonstrate the advantages of ellipsoidal particles compared to spherical particles. This predicted performance advantage remains to be demonstrated in actual practice." @default.
- W2895570598 created "2018-10-12" @default.
- W2895570598 creator A5060199510 @default.
- W2895570598 creator A5069831323 @default.
- W2895570598 date "2018-12-01" @default.
- W2895570598 modified "2023-10-17" @default.
- W2895570598 title "Ellipsoidal particles for liquid chromatography: Fluid mechanics, efficiency and wall effects" @default.
- W2895570598 cites W147809265 @default.
- W2895570598 cites W1547645568 @default.
- W2895570598 cites W1963556664 @default.
- W2895570598 cites W1970212394 @default.
- W2895570598 cites W1970387625 @default.
- W2895570598 cites W1971161255 @default.
- W2895570598 cites W1976039091 @default.
- W2895570598 cites W1976344166 @default.
- W2895570598 cites W1978719199 @default.
- W2895570598 cites W1978787275 @default.
- W2895570598 cites W1979544049 @default.
- W2895570598 cites W1983049002 @default.
- W2895570598 cites W1989896815 @default.
- W2895570598 cites W1990414082 @default.
- W2895570598 cites W1992175138 @default.
- W2895570598 cites W1992425637 @default.
- W2895570598 cites W1994440124 @default.
- W2895570598 cites W1995382473 @default.
- W2895570598 cites W1997684655 @default.
- W2895570598 cites W2000134746 @default.
- W2895570598 cites W2000480975 @default.
- W2895570598 cites W2006678893 @default.
- W2895570598 cites W2007558858 @default.
- W2895570598 cites W2012640001 @default.
- W2895570598 cites W2017957151 @default.
- W2895570598 cites W2018910581 @default.
- W2895570598 cites W2021908123 @default.
- W2895570598 cites W2026011478 @default.
- W2895570598 cites W2030323940 @default.
- W2895570598 cites W2030504384 @default.
- W2895570598 cites W2032325704 @default.
- W2895570598 cites W2034958357 @default.
- W2895570598 cites W2041455774 @default.
- W2895570598 cites W2048391792 @default.
- W2895570598 cites W2049506394 @default.
- W2895570598 cites W2056593286 @default.
- W2895570598 cites W2058118214 @default.
- W2895570598 cites W2059237570 @default.
- W2895570598 cites W2059776345 @default.
- W2895570598 cites W2061482612 @default.
- W2895570598 cites W2065590076 @default.
- W2895570598 cites W2067923853 @default.
- W2895570598 cites W2074545779 @default.
- W2895570598 cites W2081035389 @default.
- W2895570598 cites W2082384576 @default.
- W2895570598 cites W2082823315 @default.
- W2895570598 cites W2083275413 @default.
- W2895570598 cites W2084208158 @default.
- W2895570598 cites W2084587065 @default.
- W2895570598 cites W2086806466 @default.
- W2895570598 cites W2088223144 @default.
- W2895570598 cites W2103226019 @default.
- W2895570598 cites W2109633346 @default.
- W2895570598 cites W2123603859 @default.
- W2895570598 cites W2135439699 @default.
- W2895570598 cites W2144480196 @default.
- W2895570598 cites W2155018558 @default.
- W2895570598 cites W2161119830 @default.
- W2895570598 cites W2165848335 @default.
- W2895570598 cites W2171074980 @default.
- W2895570598 cites W2315172346 @default.
- W2895570598 cites W2322247417 @default.
- W2895570598 cites W2325844094 @default.
- W2895570598 cites W2330704032 @default.
- W2895570598 cites W2330866403 @default.
- W2895570598 cites W2331792517 @default.
- W2895570598 cites W2386922262 @default.
- W2895570598 cites W2418098976 @default.
- W2895570598 cites W2583227015 @default.
- W2895570598 cites W2586096488 @default.
- W2895570598 cites W2597213859 @default.
- W2895570598 cites W2735051062 @default.
- W2895570598 cites W2752178821 @default.
- W2895570598 cites W2756264577 @default.
- W2895570598 cites W2772710281 @default.
- W2895570598 cites W2774000686 @default.
- W2895570598 cites W2786932512 @default.
- W2895570598 cites W2792887562 @default.
- W2895570598 cites W2856649758 @default.
- W2895570598 cites W3021387192 @default.
- W2895570598 cites W3103557677 @default.
- W2895570598 cites W4238580586 @default.
- W2895570598 doi "https://doi.org/10.1016/j.chroma.2018.09.051" @default.
- W2895570598 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30429084" @default.
- W2895570598 hasPublicationYear "2018" @default.
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