Characterising the Nanodomain

UTS took the initiative over a decade ago to establish a top quality Microstructural Analysis Unit (MAU). The Unit has grown from strength to strength and is a now a key contributor to the research conducted by the Institute for Nanoscale Technology. An unusual aspect of the MAU has been the decision to concentrate on scanning electron and probe microscopy, in order to provide a world class capability in these designated areas, while opting to outsource all transmission electron microscopy. However, state-of-the-art TEM facilities are up the road at the University of Sydney, and UTS is linked to some of these instruments by joint grant arrangements. This networking mode extends to many of the research projects being conducted in the MAU, and to collaborative research with diverse entities, local and overseas. Another aspect of our quest to develop a robust competency in the characterisation of the nano-domain has been the rapid development and implementation of various state-of-the-art codes and schemes to model nanoscale structures. This closely-coupled combination of microscopy and modelling has provided UTS with a unique position in respect to nanoscale science and engineering.