Overview of key research topics by Dr. Jeff Terry
Dr. Terry has extensively worked on synchrotron radiation techniques and photoelectron spectroscopy, focusing on understanding the electronic structure of various materials. This includes studies on alkyl monolayers on silicon surfaces and advancements in curve fitting for XPS analysis.
Research in this area focuses on the chemistry of uranium, pertechnetate, and other radioactive materials, examining their interactions and immobilization in different environments. Dr. Terry’s work addresses critical issues related to nuclear safety and environmental remediation.
Dr. Terry’s research includes the development and characterization of advanced materials, such as nanomaterials and surface structures. His studies on bimetallic nanoparticles and surface properties are significant in the field of materials science.
In collaboration with other researchers, Dr. Terry has explored the role of metal compounds in neurodegenerative diseases, particularly Alzheimer's, through in situ characterization techniques, contributing to the understanding of disease mechanisms.
Dr. Terry's research in surface science includes studies on the reactivity of silicon surfaces, as well as the development of methods to characterize and optimize catalytic materials for various chemical reactions.
Research on photocathodes and thin films by Dr. Terry includes the development of materials with enhanced emissive properties for applications in photoinjectors and other technologies.
Dr. Terry has contributed to the understanding of the behavior of fission products and nuclear materials, particularly in the context of nuclear fuel performance and safety.
Dr. Terry's work also involves using artificial intelligence and advanced data analysis techniques to improve the accuracy and efficiency of materials characterization, particularly in surface science and spectroscopy.