Myers, Peter - University of Liverpool - Department of Chemistry

个人简介

From University, I started my industrial career with Unilever Research in Port Sunlight, working on the development of in house monitors for the detergent industry. I joined Phase Separations in 1979 and became the Technical Director in 1985, being responsible for the manufacture of Spherisorb and the development of new Sol-Gel processes for the manufacture of spherical ceramics for use in chromatography. This knowledge is now used in the area of capillary electro chromatography for the development of new supports and bonded phases for this new developing separation technique. With my other interests in both physics and mathematics, I also work on computational chemistry and especially computational chromatography in the virtual laboratory of the computer. Chromatographic Society Martin Medal (Chromatographic Society 2016) Chromatographic Society Silver Jubilee Medal (Prize, Chromatographic Society 2006) Mediterranean Separation Science Foundation Research and Training Centre (University of Messina 2005) International Symposium in Capillary Chromatography (Invitation to Speak, ISCC 2016) HPLC 1998, 2000, 2002, 2004 (Invitation to Speak, HPLC 1998)

研究领域

My aim is to replace the industrial habit of collecting fluid samples in bottles and delivering them to laboratories for analysis. We will replace these manual procedures by automated instruments that challenge this glacially slow, high-support-cost, lab-centric business model. The proposed new self-contained analysers will allow measurement at the point of use, thereby eliminating labor, transport time and potential contamination. This new paradigm is made possible through microfabrication. The miniaturisation and integration of solid-phase extraction, electro-chromatographic separations and full-spectrum electro-optical or electro-magnetic detection will allow the encapsulation and optimisation of existing instrumental methods into micro-fluidic, application–specific chemistry chips. Each chip is essentially a laboratory integrated into its sample’s environment.

近期论文

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Spheres on Sphere Silica Particles - Mechanism and Modification Macroporous metal-organic framework microparticles with improved liquid phase separation Monodisperse sphere-on-sphere silica particles for fast HPLC separation of peptides and proteins Investigation on synthesis of spheres-on-sphere silica J Chrome A. 2012 1270:194-203. Sphere-on-Sphere Silica Particles from a Single Precursor for Fast HPLC Hierarchically porous silica monoliths with tunable morphology Porous silica spheres in macroporous structures and on nanofibers Synthesis of Uniform Porous Silica Microspheres with Hydrophilic Polymer as Stabilizing Agent Capillary Electrochromatography Developments in dynamic field gradient focusing: microfluidics and integration Synthetic strategies towards the improvement of columns for use in high pressure liquid chromatography