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Nuclear Reactor Technology |
Nuclear power in developing countries |
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Instrumentation & control |
Financing |
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Reactor design, simulation & modeling |
Fuel management |
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Accidents, risk management and scenario assessment |
Training and education |
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Reactor physics |
Associated academic programs |
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Thermal hydraulics |
Research reactors |
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Production of radioisotopes for peaceful applications |
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Government support programs for university faculty and students |
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Education & training |
Enabling technologies for nuclear applications |
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Application of technology in training & education |
Power transport |
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Simulators |
Grid coupling & smart grid technologies |
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Workforce development |
Wireless technologies at NPP's |
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Smart sensors, sensor fusion and sensor networks |
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Cyber security |
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Use of smart robots for rendering plant maintenance |
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Policy studies & issues |
Renewable energy |
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Waste management |
Wind mills and coupling to power grids |
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Fuel Handling & reprocessing |
Solar energy collection & storage |
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Environmental impacts |
Hydropower |
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Nonproliferation issues |
Biofuels |
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Safety of nuclear systems |
Geothermal energy |
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Professional ethics |
Carbon sequestration |
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Nuclear radiation and shielding |
Water, Hydrogen and energy storage |
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Radiation monitoring |
Desalination technologies |
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Shielding and protection |
Water transport |
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Nuclear medicine and isotope-based treatment |
Hydrogen production, transport and storage |
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Health physics |
Batteries & fuel cell technologies |
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Power conversion technologies |
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Nuclear physics |
Sustainable energy |
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Accelerators |
Nuclear renaissance |
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Cross sections |
Fusion energy |
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Radiation detection technology |
Renewables and sustainability |
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Carbon signature |
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Fuel recycling and waste disposal |
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Oil shale |