1. J. L. REMPE, K. Y. SUH, F. B. CHEUNG, and S. B. KIM, “In-Vessel Retention Strategy for High Power Reactors,” 2002 Annual Report, INEEL/EXT-02-01291, Idaho National Engineering and Environmental Laboratory (2002).
2. T. G. THEOFANOUS et al. “In-Vessel Coolability and Retention of a Core Melt,” DOE/ID-10460, Advanced Reactor Severe Accident Program, U.S. Department of Energy (1996).
3. F. B. CHEUNG, K. HADDAD, and Y. C. LIU, “Critical Heat Flux (CHF) Phenomena on a Downward Facing Curved Surface,” NUREG/CR-6507, U.S. Nuclear Regulatory Commission (1997).
4. F. B. CHEUNG and Y. C. LIU, “Critical Heat Flux (CHF) Phenomenon on a Downward Facing Curved Surface: Effects of Thermal Insulation,” NUREG/CR-5534, U.S. Nuclear Regulatory Commission (1998).
5. F. B. CHEUNG and Y. C. LIU, “Critical Heat Flux Experiments to Support In-Vessel Retention Feasibility Study for an Evolutionary Advanced Light Water Reactor Design,” EPRI Technical Report-1003101, Electric Power Research Institute (2001).