Chemical signature analysis of surfaces

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This project aims to develop a vacuum infrared spectroscopy facility to provide a new analytical capability for researchers to identify and measure the chemical signatures of a broad range of surfaces in the pristine environment of high vacuum. The project will develop an integrated facility to meet the current needs of surface science research across a wide range and type of samples, from biological systems to photocatalysis and nanocomposites. The new facility will analyse surfaces with unprecedented chemical accuracy that will foster the development of new joint research programs targeting biological, macromolecular and nanotechnological-based systems, with positive benefits for the Australian economy.