What is the UFTR designed to be?

What is the UFTR designed to be?

• A. A Large Scale Power Reactor
• B. A Fast Neutron Reactor
• C. A Small Research and Training Reactor
• D. A Medical Isotope Production Reactor

Answer: (C)

UFTR stands for a small, low-power reactor built for education and research. Its purpose is hands-on training in reactor operation, instrumentation, safety, and basic neutron physics, plus simple irradiation experiments. The design emphasizes accessibility and safety for students and operators, not electricity production. That’s why it’s a training and research facility: its modest power and moderated, thermal-neutron core are suited to teaching and experiments, rather than producing power, operating as a fast-neutron system, or manufacturing medical isotopes which require higher flux and different configurations.

UFTR stands for a small, low-power reactor built for education and research. Its purpose is hands-on training in reactor operation, instrumentation, safety, and basic neutron physics, plus simple irradiation experiments. The design emphasizes accessibility and safety for students and operators, not electricity production. That’s why it’s a training and research facility: its modest power and moderated, thermal-neutron core are suited to teaching and experiments, rather than producing power, operating as a fast-neutron system, or manufacturing medical isotopes which require higher flux and different configurations.