This research aims to enhance the understanding and modeling of single-event effects (SEEs) resulting from radiation exposure.
Utilized multidisciplinary approaches to study SEEs over five decades.
Conducted predictive modeling and testing to analyze radiation-induced anomalies.
Focus on developing strategies for radiation hardening in various materials.
Identified key factors influencing single-event effects and radiation responses.
Developed predictive models to assess anomalies and their impacts.
Demonstrated successful radiation hardening techniques applicable across multiple platforms.
Abstract
Over the past five decades, our understanding of Single-Event Effects (SEEs) hasevolved from isolated observations of radiation-induced anomalies into a mature, multidisciplinaryfield of research ...