This proposal aims to establish an advanced and universal characterization system for research in nanomaterials, light metals, fibre, biomaterials, polymers and nanostructures ceramics. The system is built on a multipurpose, high resolution, electron microscope with a field emission source and four attachments (energy-dispersive x-ray spectroscopy (EDS)/electron energy loss spectroscopy (EELS), automatic crystal orientation mapping, nanomanipulator and a cryo-stage). This universal system will meet different research requirements from various fields and from different institutions. The state-of-the art microscopy and the attachments will enhance our leading role in nanomaterials, metals and fibres in the world.
This proposal aims to establish an advanced and universal characterization system for research in nanomaterials, light metals, fibre, biomaterials, polymers and nanostructures ceramics. The system is built on a multipurpose, high resolution, electron microscope with a field emission source and four attachments (energy-dispersive x-ray spectroscopy (EDS)/electron energy loss spectroscopy (EELS), automatic crystal orientation mapping, nanomanipulator and a cryo-stage). This universal system will meet different research requirements from various fields and from different institutions. The state-of-the art microscopy and the attachments will enhance our leading role in nanomaterials, metals and fibres in the world.
