References
- T. M. ANKLAM, R. J. MILLER and M. D. WHITE, “Experimental Investigation of Uncovered-Bundle Heat Transfer and Two-Phase Mixture-Level Swell Under High-Pressure Low Heat-Flux Conditions,” NUREG/CR-2456, U.S. Nuclear Regulatory Commission (1982).
- S. WONG and L. E. HOCHREITER, “Analysis of the FLECHT Seaset Unblocked Bundle Steam Cooling and Boiloff Tests,” NUREG/CR-1533, U.S. Nuclear Regulatory Commission (1981).
- J. B. HEINEMAN, “An Experimental Investigation of Heat Transfer to Superheated Steam in Round and Rectangular Channels,” ANL-6213, Argonne National Laboratory (1960).
- P. S. LARSEN and H. A. LORD, “Convective and Radiative Heat Transfer to Superheated Steam in Uniformly and Nonuniformly Heated Tubes,” ORA Project 08742, Department of Mechanical Engineering, University of Michigan (Feb. 1969).
- H. C. YEH, J. S. CHIOU and M. Y. YOUNG, “Heat Transfer Above the Two-Phase Mixture Level Under Core Uncovery Conditions in a 336-Rod Bundle,” EPRI NP-2161, Electric Power Research Institute (1981).
- D. M. McELIGOT, L. W. ORMAND and H. C. PERKINS, Jr., “Internal Low Reynolds Number Turbulent Transitional Gas Flow with Heat Transfer,” J. Heat Transfer, 88, 239 (1966).
- P. M. WORSOE-SCHMIDT, “Finite-Difference Solutions for Laminar Flow of Gas in a Tube at a High Heating Rate,” SU 247-8, Stanford University (Nov. 1964).
- F. KREITH, Principles of Heat Transfer, Intext Press, Inc., New York (1973).
- R. VISKANTA and A. K. MOHANTY, “TMI-2 Accident: Postulated Heat Transfer Mechanisms and Available Data Base,” NUREG/CR-2121, ANL-81-26, Argonne National Laboratory (1981).
- K. SHERWIN and J. D. WALLIS, “Combined Natural and Forced Laminar Convection for Upflow Through Heated Vertical Annuli,” Heat and Mass Transfer by Combined Forced and Free Convection, p. C112/71, Institute of Mechanical Engineering, London (1971).
- W. B. HALL, “Heat Transfer Near the Critical Point,” Advances in Heat Transfer, Vol. 7, p. 1, Academic Press, New York (1971).
- C. B. LUDWIG and C. C. FERRISO, “Prediction of Total Emissivity of Nitrogen-Broadened and Self-Broadened Hot Water Vapor,” J. Quant. Spectrosc. Radiai. Transfer, 7, 7 (1967).
- H. C. HOTTEL and A. F. SAROFIM, Radiative Transfer, McGraw-Hill, Inc., New York (1967).