EuSe g

The entropy of EuSe(g) at 298.15 K was calculated to be S°(EuSe, g, 298.15 K) = 284.7 J K mor by Kovalevskaya, Sidorenko, Lysenko, and Fesenko [75KOV/S1D]. The entropy value is not selected because all parameters required for the calculation using statistical mechanics were estimated. 

Shinmei, and Yokokawa [74NAG/SHI] reported A, /7°(EuSe, g, 

15 K) = (302 20) kJ-mol also from mass spectrometric measurements together 

The datum is adopted and included in Appendix E since it was calculated with non-TDB auxiliary data. 

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Prasad GV, Wong T, Meliton G, Bhaloo S. Rhabdomyolysis due to red yeast rice (Monascus purpur-eus) in a renal transplant recipient. Transplantation 2002 74(8) 1200-1. 

In NIR absorption spectra of aqueous solutions of SWNTs with various surfactants, the bands in the region of the first electronic transition (Eus) in the semiconducting nanotube are shifted to the high energy, as compared with a spectrum of SWNT in KBr. In Raman spectra of aqueous solution of SWNT with different surfactants the intensity of the low-frequency component of the G mode decreases in comparison with spectra of the nanotube in films. In the spectrum of SWNT with SDS the intensity of this component is very weak. 

The sublimation thermodynamics of EuSe was studied in the temperature range 1808 to 2131 K by Hariharan and Eick [74HAR/EIC] using mass spectrometry and Knudsen cells. The evaporation reaction is EuSe(cr) Eu(g) + Se(g). The second law value... 

Based on the experimental mass loss of 8.0% observed for the first mass loss step for europium tungstate (Fig. 6.1b) the formula Eu8(W07)3.5H20 can be proposed, with the release of water molecules occurring as follows Eug(W07)3.5H20 (s) —> Eu8(W07)3 (s) + 5H2O (g) (calculated value 8.0%). The anhydrous Eus(W07)3 is stable in the 110-350° range. 

A number of papers have reported on the resistivity of EuS films. Ahn and Shafer (1971) noticed a low electrical resistivity in Eu-excess films. Palatnik et al. (1979) showed that the nature of the substrate can change the resistivity, e.g. l0 flcm for epitaxial deposition on NaCl and 10 ftcm for polycrystalline films on glass or mica (the epitaxial films are mechanically unstable). Feierabend et al. 

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