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Electrochemical behavior and electronic absorption spectra of uranium trivalent ions in molten LiCl–CsCl mixtures

“…Fig. 8 shows the variation of the viscosity of LiCl-CsCl mixtures at 973 K as a function of the melt composition [21,22].…”

“…of CsCl in melt viscosity at 973 K (mPa s) Relation of viscosity at 973 K[21,22] to mole fraction of CsCl in LiCl-CsCl mixtures. Relation of E°0(U 3+ |U) in LiCl-CsCl mixtures at 973 K to viscosity[21,22] of melts.…”

Viscosity Measurements on Molten Salts with an Oscillating Cup Viscometer: Viscosity of Molten KNO3 and NaCl

“…Abe et al (1980), oscillating cup method +7.85 (1 168.6 K) T. Ejima et al (1985), oscsillating cup method +2.47 (1 168.6 K) T. Ito et al (1989). oscillating cup method +3.15 (1168.8 K) E.H. Ballouki et al (1989), capillary method +10.52 (1221.9 K) T. Ejima et al (1982). capillary method 4 .…”

“…x E. H. Ballouki et al (1987) capillary method IS]; -T. Ejima et al (1982) capillary method [13]; 0 R. Galasiu (1993) capillary method [14]; 0 S. Zuca et al (1976) oscillating cup method [I71 become larger at higher temperature which suggests the need for a most rigorous control to this parameter. The large discrepancy between viscosities determined by the so-called "outflow method" [5] proves that the method does not ensure acceptable error limits and, secondly, that adopting nonconventional methods in studies of molten salt viscosity requires a careful analysis of error sources.…”

(Invited) Physical Properties of High Temperature Molten Salts

“…As the viscosity is the resistance against shear stress in an assumed liquid layer, the viscosity of molten salt may be a measure of ionic interaction and the liquid structure. The authors have developed a capillary viscometer and an oscillating viscometer as shown in Figures 12 and 13 (22)(23)(24)(25)(26). The capillary viscometer made of quartz was used in combination with transparent "Gold furnace" like in the capillary rise surface tension cell up to 1200K.…”