Molten Salt Fuel Chemistry

Model for Predicting Molten Chloride Salt Corrosion with the Addition of a Reducing Element

1:00–1:20PM MDT

Matthew Fierro-McCarthy (Georgia Tech), Shreeya Yara (Georgia Tech), Preet M. Singh (Georgia Tech), Chaitanya S. Deo (Georgia Tech)

Corrosion Compatibility of Type 304H Stainless Steel and Candidate Alloys in Static Molten FLiBe: Role of Redox Potential

1:20–1:40PM MDT

Rishi Pillai, Debashish Sur, Severine Cambier (Materials Science and Technology Division, Oak Ridge National Laboratory), Adam Willoughby (Materials Science and Technology Division, Oak Ridge National Laboratory), Tracie Lowe (Materials Science and Technology Division, Oak Ridge National Laboratory)

Corrosion and Creep Degradation of Structural Alloys in Static Molten Halide Environments Relevant to Molten Salt Reactors

1:40–2:00PM MDT

Debashish Sur, Rishi Pillai, Severine Cambier (Materials Science and Technology Division, Oak Ridge National Laboratory), Adam Willoughby (Materials Science and Technology Division, Oak Ridge National Laboratory), Tracie Lowe (Materials Science and Technology Division, Oak Ridge National Laboratory)

Continued Development of a Molten Salt Thermal Conductivity Model Informed by the Pair Distribution Function

2:00–2:20PM MDT

Isaac Walker (Brigham Young Univ.), Jacob C. Numbers, Anthony Birri (ORNL), Matthew Emerson (Brookhaven), Troy Munro (Brigham Young Univ.)

Development of Thermal Performance Envelopes of a Liquid-Fueled Molten Salt Reactor

2:20–2:40PM MDT

Dilan Kurukulasuriya (Virginia Commonwealth Univ.), Lane B. Carasik (Virginia Commonwealth Univ.), Stephen T. Lam (University of Massachusetts at Lowell)