XRM & EM Specialist
University of Michigan

Dr. Muyanja is developing the University of Michigan’s X-ray microscopy user base, educating and surprising them with how XRM can solve problems in ways they didn’t know were possible. #3Din3Minutes.​

Post Doctoral Research Associate
Purdue University

Dr. Sridhar Niverty showcases some of the diverse 3D imaging projects associated with his PhD and Post-Doc under Prof. Nik Chawla at Purdue University. #3Din3Minutes.

PhD Candidates
University of Connecticut

Yara and Nick handle a diverse range of projects in the University of Connecticut’s REFINE lab under Prof. Sina Shahbazmohamadi. They discuss the key role of XRM in their lab. #3Din3Minutes.

Associate Professor
University of Michigan

Prof. Shahani from the University of Michigan shares his work, published in Acta Materialia, on studying grain boundary and triple junction networks in polycrystalline materials.  #TomographyTuesday.

Principal Member, Technical Staff  
Sandia National Lab

Sandia National Lab, with the University of Utah, are using XRM to study how the deformation and cracking of metal AM parts is influenced by porosity #TomographyTuesday.

US Army Engineer Research  
& Development Center

The distribution and structure of the multiple phases in a composite material are critical to performance. See how XRM can help visualize and quantify these key attributes. #TomographyTuesday.

PhD Candidate
Polytechnique Montreal

Fiber length and orientation play key roles in the mechanical properties of fiber-reinforced composites. See how the team at Polytechnique Montreal characterized individual fibers in additively manufactured composites. #TomographyTuesday.

McCloy Research Group
Washington State University

Prof. McCloy’s team from Washington State University shows how nanoscale XRM can be used to characterize structure and degradation in nuclear glass and refractory materials. #TomographyTuesday.

Associate Professor
Duke University

Prof. Dalton shows how '4D' XRM can add an element of time to observe the progression of complex transport phenomena in porous materials. #TomographyTuesday.

PhD Candidate
Carnegie Mellon University

Paul conducts research in energy materials in Prof. Litster’s lab at CMU. They use nanoscale X-ray imaging, with pioneering in operando setups, to address some of the tough microstructural challenges in electrochemical devices. #3Din3Minutes.

Research Scientist
Donald Danforth Plant Science Center

In this video, Keith shares a snippet of the societal significance of plant science, demonstrating how XRM can provide a better understanding of floral development, and therefore yield, in critical crops. #3Din3Minutes.

Reader
University of Portsmouth

Dr. Tozzi focuses on the critical need for X-ray microscopy in bioengineering research, including applications of phase contrast imaging and ‘4D’ studies with digital volume correlation. #3Din3Minutes.

Experimental Officer
University of Sheffield

Dr. Ria Mitchell shows how XRM can be used to support bio-inspired engineering, by observing the natural world to understand how to mimic similar structures and functions in man-made materials. #3Din3Minutes. ​