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'Looking into' chemical products and processes
Lynn F. Gladden,C. Buckley,P. S. Chow,J. F. Davidson,M. D. Mantle,J. Sederman 한국물리학회 2004 Current Applied Physics Vol.4 No.2-4
Nuclear magnetic resonance spectroscopy has long been established as a probe of the.A- and nm-scale chemistry and dynamics ofmolecules in the solid, glassy, gel, liquid and gas states. In the medical eld, the use of magnetic resonance imaging is now routineand will be found in most hospitals as a probe of the internal structure and blood ow within the human body. By bringing these two.families’ of magnetic resonance (MR) techniques together we have a powerful new set of tools with which to understand thefundamental physical and chemical processes that underpin our ability to formulate and manufacture materials with well-denedproperties. This article summarises some of the state-of-the-art developments and applications of MR techniques with particularapplication to obtaining new insights and strategies for controlling product properties through chemical process design. The use ofultra-fast MR techniques to study unsteady state multi-phase, multi-component processes is identied as oering exciting oppor-tunities in controlling properties during materials synthesis and subsequent processing.