Relevance and Assessment of Molecular Diffusion Coefficients in Liquid Chromatography

Enantioselective Target Transport-Mediated Nanozyme Decomposition for the Identification of Reducing Enantiomers in Asymmetric Nanochannel Arrays

“…For example, Das and Ghosh have demonstrated that the H-bond network is significantly influenced by the temperature. 37 On the other hand, according to the Wilke− Chang equation, 38 which is the most extensively used equation to estimate binary diffusion coefficients, the temperature is generally considered to have combined effects on the resulting diffusion coefficient because it also affects the solvent viscosity. More specifically, increasing the temperature will accelerate the diffusion process, while also indirectly reducing the solvent viscosity, thus further promoting the diffusion.…”

Recognising the Rising Stars of Separation Science

“…It has been almost 2 years ago since Chromatographia published its last special issue dedicated to Young Investigators in Separation Science [1]. At the time of writing, the submissions making up this special issue, from the eight contributing young authors [2][3][4][5][6][7][8][9], have collectively amassed some 4520 downloads, highlighting the level of interest in the analytical science community for the great work our younger colleagues, junior academics and scientists are undertaking. Therefore, to continue our mission to highlight and celebrate achievements of the next generation of separation science leaders, and mark their achievements to-date, we present this current special issue dedicated to the 'Rising Stars of Separation Science', which is also perfectly timed to coincide with the 50-year anniversary celebrations of Chromatographia.…”