Mass spectrometric studies at high temperatures: XVII. Sublimation and vapor pressures of Dy(III), Ho(III) and Er(III) fluorides
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Molten rare earth tri-halides: Prediction of surface tension
2014, Journal of Molecular LiquidsCitation Excerpt :In continuation of our recent work on the surface tension of molten salts [2–4], Eq. (1) is now applied to predict the surface tension of molten rare earth salts at melting temperatures. The enthalpies of sublimation values of lanthanide trihalides were collected from literature [5–33] while the cationic–anionic internuclear distances were taken from Shannon's work [34]. Eq. (1) is the working equation and it is valid to calculate the surface tension of molten salts at the melting point.
High-Valent Fluorides and Fluoro-Oxidizers
2013, Comprehensive Inorganic Chemistry II (Second Edition): From Elements to ApplicationsHalogen plasma erosion resistance of rare earth oxide films deposited on plasma sprayed alumina coating by aerosol deposition
2012, Journal of the European Ceramic SocietyThermodynamic properties of lanthanide fluorides and chlorides in the gaseous and condensed states
2012, Handbook on the Physics and Chemistry of Rare EarthsCitation Excerpt :Similar results were obtained with the data obtained by Hildenbrand and Lau (1995) on LaF3, Scinner and Searcy (1968) on PrF3 and SmF3, Biefeld and Eick (1976) on TmF3, Stolyarova et al. (1996) on DyF3, and Petzel and Greis (1976) on LuF3. In addition, the enthalpies of sublimation found by second- or third-law calculations for LaF3 (Mar and Searcy, 1967; Petzel et al., 1992; Roberts and Searcy, 1972; Skinner and Searcy, 1971), CeF3 (Roberts and Searcy, 1972), PrF3 (Suvorov et al., 1966), SmF3 (Zmbov and Margrave, 1968), DyF3 (Besenbruch et al., 1967; Zmbov and Margrave, 1968), and ErF3 (Bencze et al., 1996; Besenbruch et al., 1967) agree with the corresponding values mentioned above to within the specified limits. Also note that the data of Biefeld and Eick (1975) and Petzel and Greis (1976) found according to the third law of thermodynamics differ by as little as 1.9 kJ/mol, although agreement between the second-law values is much worse.
Thermodynamic properties of the lanthanide(III) halides
2003, Handbook on the Physics and Chemistry of Rare EarthsChapter 157 Halide vapors and vapor complexes
1996, Handbook on the Physics and Chemistry of Rare Earths