Development of the method of neutron activation analysis, for greater sensitivity, accuracy and ease of use. Application of
neutron activation analysis for the chemical analysis of new materials, plastics, rocks, biological tissues and archaeological
artefacts. Research collaborations in environmental sciences, medicine and archaeology.Production of radioactive tracers for
research in chemistry (dynamics of fluidized bed reactors) and medicine (digestive system).
Research Personnel
Professors/Researchers: 2
Graduate Students: 1
Research Assistants and Technicians: 2
Specialized Equipments
SLOWPOKE nuclear reactor; five gamma-ray spectrometers.
