Fast analysis of isoflavones by high-performance liquid chromatography using a column packed with fused-core particles

Linear general rate model of chromatography for core–shell particles: Analytical solutions and moment analysis

“…Coutinho et al (2001), Greibrokk (2004), Kirkland et al (2000), Kirkland et al (2007), Zhou et al (2007), Manchon et al (2010), , , Hayes et al (2014), and Spudeit et al (2014). Recently, Guiochon and Gritti (2011) have published a comprehensive review describing "trials, tribulations and triumphs".…”

Fast and simultaneous determination of phenolic compounds and caffeine in teas, mate, instant coffee, soft drink and energetic drink by high-performance liquid chromatography using a fused-core column

“…However, only a few real applications of this new column technology for the determination of phytochemicals in natural products have been reported [24][25][26][27][28]. Most of these applications are limited to a few compound classes in one sample type but indicate enormous potential to reduce analysis times as well as to improve separation of complex mixtures.…”

Modeling of Liquid Chromatography with Cored Beads

“…(9.4) in a way different from that used for the RATE model. The general purpose (i.e., good for different geometries, not just for spheres) A, B matrices calculated with the polynomial roots on p. 77 must be used instead of the A, B matrices calculated using the polynomial roots for spherical particles on p. 96 in Finlayson's book [14] for these two derivatives, respectively for interior collocation points. The following two equations from Finlayson's book are used for the evaluation of A, B matrices: in which matrices Q, C, and D are evaluated using the following equations:…”