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CHARacterization and Irradiation of Surfaces and Materials for Nuclear Applications (CHARISMA) Research Group

Exploring the Frontiers of Advanced Nuclear Materials Research

About Us

Our research focuses on the development and understanding of advanced nuclear materials. We investigate how these materials are designed and synthesized, how they respond to irradiation, and how they perform in extreme environments typical of nuclear systems.

A central theme of our work is the relationship between a material’s structure, processing, and properties — particularly at small length scales. We leverage additive and advanced manufacturing techniques; utilize electron microscopy and spectroscopy for detailed characterization; and study material behavior under high temperatures, corrosive environments, and radiation exposure.

Latest Publications

This research introduces a novel tungsten multicomponent alloy designed to resist radiation damage by fragmenting the paths that defects (vacancies) normally use to move and cluster. By creating a complex atomic landscape with diverse energy barriers, the alloy traps these defects in localized areas and prevents them from growing into large, structural-weakening gaps.

News & Updates

1 University of New Mexico, Albuquerque, NM 87131  |  ejlang2@unm.edu  |  505-277-0772

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