To advance learning, discovery, and engagement in the security of nuclear and radiological materials and in the reduction of nuclear and radiological threats for the purpose of protecting human health and the environment.
Conceived of in 2016 and officially created in 2018, the Purdue University Center for Radiological and Nuclear Security (CRANS) is a joint center based in the School of Health Sciences with heavy participation from the School of Nuclear Engineering, the Department of Political Sciences, the History Department and the School of Materials Science and Engineering. CRANS looks to sustain efforts in nuclear security, particularly through teaching and mentoring students, in an effort to combat the eroding population of skilled personnel in the field. CRANS strives to mentor and train new personnel through new course offerings and research.
Professor Harris' research focuses on nuclear security, risk assessment and nuclear security culture, as well as radiation detection for safeguards, reactor and accelerator applications.
Professor Taleyarkhan's ongoing research pertains to neutron, alpha and fission signature monitoring in spent nuclear fuel reprocessing, nuclear reactor facilities, international safeguards and cargo and vehicle scanning.
Professor Choi's research is funded by the CNEC grant from the National Nuclear Security Administration.
Professor Shimko focuses on research arms control, nuclear nonproliferation, and modern weapons.
Professor Nie is an expert in nuclear instrumentation, nuclear physics and its relationship with environment management, and radiation emergency management.
Professor Abdel-Khalik focuses on the cargo interrogation problem, data mining, cyber security of nuclear reactors, and signature identification.
Professor Bean is researching improved radiation detection and is currently funded under an NRC Faculty Development Grant.
Professor Wharry is researching irradiation effects in the Ti02 material and nuclear fuels.
Professor Okuniewski is research radiation damage in structural materials and nuclear fuels, with a goal of developing nonproliferation and accident tolerant fuels.
Professor Mitchell works on researching and chronicling the history of nuclear nonproliferation and broadly of science and technology.
Professor Jengelley is focusing on terrorism and counter-terrorism, specifically terrorism using or relating to weapons of mass destruction.
Development of a Nuclear Security Potential Risk Model for Radiological Facilities
Nuclear Security Culture Assessment at Universities
Active Interrogation Dosimetry of Low Energy Nuclear Reactions
Optimization of tensioned metastable fluid detection systems for passive interrogation of SNMs
Alpha spectroscopy based monitoring of actinides in the environment and critical nuclear security facilities
Cyber physical defense for digitally controlled industrial processes (nuclear power)
Cyber physical defense for digitally controlled industrial processes (nuclear power)
Low Fluence Neutron Irradiation Effects in Uranium Molybdenum Fuel
Nanobubble Lattice Organization and Recrystallization in Uranium Molybdenum Fuel
Irradiation Induced Chemistry Evolution in Thorium-Bearing Oxide and Metallic Nuclear Fuels
CRANS has created an educational program related to nuclear security including existing course with cirricula already pertinent, and new courses to expand the education of students interested in nuclear security. These additional courses, called NSE courses, build on top of the related courses, shown below.
For inquiries and discussions, please reach out to:
Professor Jason Harris, Purdue University School of Health Sciences