References
- H. U. BORGSTEDT and C. K. MATHEWS, Applied Chemistry of the Alkali Metals, Plenum Press (1987).
- J. P. MAUPRE and J. TROUVE, “Contribution a l’etude du systeme Na-Na2O-Na2CO3-C diagramme de phases,” Proc. Specialists’ Mtg. Carbon in Sodium, Harwell, U.K., November 27–30, 1979, IWGFR-33, p. 66, International Atomic Energy Agency (1979).
- E. W. HOBART and R. G. BJORK, “Formation of Cyanide in Liquid Sodium,” Nucl. Appl., 1, 490 (1965).
- J. JUNG, U. BUCKMANN, and R. PUETZ, “Influence of Carbon Species in Sodium on the Methane Equilibrium,” Proc. Materials Behavior and Physical Chemistry in Liquid Metal Systems, Karlsruhe, FRG, March 24–26, 1981, p. 265, H. U. BORGSTEDT, Ed., Plenum Press (1982).
- R. W. LOCKART, “Sodium Mass Transfer: IX, the Effect of Carbon and Carbonate Additions in a Sodium Test Loop,” GEAP-4436, General Electric Company (1966).
- S. RAJENDRAN PILLAI and C. K. MATHEWS, “An Electrochemical Meter for Measuring Carbon Activity in Liquid Sodium,” J. Nucl. Mater., 137, 107 (1986).
- S. RAJENDRAN PILLAI, “Chemistry of Carbon in Sodium-Steel System,” PhD Thesis, University of Madras, India (1987).
- T. FUNADA, I. NIHEI, S. YUHARA, and T. NAKASUJI, “Measurements of Hydrogen Concentration in Liquid Sodium by Using an Inert Gas Carrier Method,” Nucl. Technol., 45, 158 (1979).
- C. C. ADDISON, Chemistry of Liquid Alkali Metals, John Wiley and Sons (1984).