Papers

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High-Temperature Heat Pipe System for Stirling-Based Fission Surface Power

10:10–10:30AM EDT

Jeffrey Diebold (Advanced Cooling Technologies), Sandeep Hatte (Advanced Cooling Technologies), Brett Leitherer (Advanced Cooling Technologies), Calin Tarau (Advanced Cooling Technologies), Srujan Rokkam (Advanced Cooling Technologies), Jeffrey Hopkins (Intuitive Machines)

Paper

Experimental Study on Liquid Entrainment Limit in Capillary Heat Pipes for Space Reactors: Preliminary Results

10:30–10:50AM EDT

Yohan Kim (Kyung Hee Univ.), Hyungdae Kim (Kyung Hee Univ.)

Paper

A Reduced-Order Thermal-Structural-Neutronics Model for KRUSTY-Style Fission Surface Power with Heat-Pipe Constraints

10:50–11:10AM EDT

Vishnu Reddy (Georgia Tech), Corey Smith (Georgia Tech), Dan Kotlyar (Georgia Tech)

Paper

High-Temperature Heat Pipes for Solid-State SPAR Reactor

11:10–11:30AM EDT

Brett Leitherer (Advanced Cooling Technologies), Mason Pratt (Advanced Cooling Technologies), Jeffrey Diebold (Advanced Cooling Technologies), Calin Tarau (Advanced Cooling Technologies), Srujan Rokkam (Advanced Cooling Technologies)

Paper

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