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Brachytherapy State of the Art and Future Directions
Brachytherapy State of the Art and Future Directions
J. Adam M. Cunha Associate Professor Abstract: Radiation has been used for the …
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Advanced Reactors Overview at the Idaho National Laboratory
Advanced Reactors Overview at the Idaho National Laboratory
Youssef A. Ballout Division Director, Reactor Systems Design & Analysis Abstract: Dr. Youssef Ballout will discuss the historical evolution of reactor technology at the Idaho National Laboratory (INL). Dr. Ballout will also discuss the three microreactors under construction at INL. These microreactors are leading the path forward for allowing the advanced nuclear industry to bring …
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Chasing the Light: What More We Can Learn from the X-ray and Tissue Interactions
Chasing the Light: What More We Can Learn from the X-ray and Tissue Interactions
Dr. Ke Sheng Professor and Vice Chair of Medical Physics Department of Radiation Oncology Abstract: Traditional medical physics research focuses on the energy deposition of MV X-rays for radiotherapy and attenuation for kV X-ray imaging. Nevertheless, the secondary particles of X-ray tissue interaction carry rich information that should be integrated and utilized. The presentation will …
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eVinci Technology and the Potential of Microreactors
eVinci Technology and the Potential of Microreactors
Zach McDaniel Director, Partnerships and Grants Abstract: Westinghouse is developing the eVinci™ microreactor to revolutionize how cost-competitive, carbon-free energy is delivered. The eVinci microreactor is a 15MW thermal heat pipe reactor capable of generating 5MW of electricity and is designed to run for approximately eight full power years before refueling. This transportable technology simplifies the …
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“High-field HTS stellarators with liquid metal walls”
“High-field HTS stellarators with liquid metal walls”
Francesco Volpe Founder, CEO, CTO Abstract French- and Swiss-based startup Renaissance Fusion strives to build a commercial nuclear fusion reactor by reinventing and synergistically combining three main technologies. The first one is the stellarator: more stable and steady state than a tokamak, but historically complicated to build. Renaissance dramatically simplifies its “coil winding surface”. The …
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