Micro-focus x-ray computed tomography system for imaging heterogeneous materials in three dimensions
Funded by a Major Research Instrument Grant by the National Science Foundation
PI: Arshad Kudrolli; co-PI: Charles Agosta
A microfocus x-ray computed tomography system is a versatile industrial instrument that can be used to investigate a range of scientific problems at the confluence of physics, materials sciences, and biological physics. At Clark, it enables a new series of transformative research both as a measurement and diagnostic tool to calculate properties of opaque inhomogeneous materials from first principles. The x-ray instrument significantly impacts undergraduate, graduate and post-doctoral student training, besides being available as a research and diagnostic tool for the scientific and engineering community in Worcester and neighboring areas.
This instrument complements a recent education grant by the Sherman-Fairchild foundation to bring major scientific equipment on imaging across spatial scales including an AFM and a radio telescope into an inquiry-based science curriculum at Clark University. The x-ray system complements this equipment allowing researchers and students unprecedented access to the internal structure of materials.