Alisha J Cramer

Dr. Alisha J Cramer serves as a Senior Research Associate at the Interface Analysis Centre within the Cabot Institute for the Environment at the University of Bristol. Her academic credentials include a BSc from Stony Brook University (NY), MSc from University College London, and PhD from the University of Cambridge, establishing her expertise in nuclear materials research.

Her educational background comprises:

• BSc (Stony Brook University, NY)
• MSc (University College London)
• PhD (University of Cambridge)

Dr. Cramer specializes in nuclear materials degradation mechanisms, with primary focus on uranium oxidation/nitridation kinetics under controlled gas environments. Her work integrates thermogravimetric analysis to quantify ignition thresholds, surface area effects, and gas composition dependencies. This research directly addresses nuclear safety challenges in fuel storage and waste management, particularly within low-carbon energy frameworks. Methodologically, she pioneers experimental approaches for characterizing reactive metal behaviors under environmental conditions relevant to nuclear decommissioning.

Analysis of her 2023 Journal of Nuclear Materials publications reveals consistent investigation of uranium-gas reaction dynamics. Her studies systematically correlate material properties (specific surface area, sample mass) with environmental parameters (oxygen content, ramp rates) to establish predictive safety models. This body of work advances environmental radiochemistry through rigorous quantification of ignition risks in nuclear material handling, with implications for repository design and accident scenario modeling.

While no formal advisees or grant details appear in public records, her collaborative publications with Scott, Banos, and Petherbridge indicate active participation in nuclear materials consortia. Current affiliations suggest involvement in UK nuclear research initiatives through the Cabot Institute's Low Carbon Energy program.

Dr. Cramer operates within the Interface Analysis Centre at the Cabot Institute for the Environment, contributing to interdisciplinary teams in Materials & Devices research. Her experimental work utilizes advanced characterization facilities for nuclear materials, supporting the Institute's mission in environmental sustainability and energy transition research.