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At melting point

Fig. 74. IR spectra of KfTaF-j at ambient temperature (curve 1), at melting point (curve 2) and at 850°C (curve 3) (after Agulyansky, Kirillov, Prisyagny [356]). Fig. 74. IR spectra of KfTaF-j at ambient temperature (curve 1), at melting point (curve 2) and at 850°C (curve 3) (after Agulyansky, Kirillov, Prisyagny [356]).
Latent heat of fusion at melting point 16.7cal/g... [Pg.203]

Silvery-white lustrous metal remains bright at all temperatures face-centered cubic crystal density 21.5g/cm3 Vickers hardness, annealed 38-40 melts at 1,768.4°C vaporizes at 3,825°C vapor pressure at melting point 0.00014 torr electrical resistivity 9.85 microhm-cm at 0°C magnetic susceptibility 9.0x10— cm /g Poisson s ratio 0.39 thermal neutron cross section 8 barns insoluble in water and acids soluble in aqua regia... [Pg.720]

Fig. 10.11 Volume spin susceptibility of expanded alkali metals versus reduced volume (Fm—volume at melting point). From Freyland and Hensel (1985). Fig. 10.11 Volume spin susceptibility of expanded alkali metals versus reduced volume (Fm—volume at melting point). From Freyland and Hensel (1985).
No wetting of pure Mg at 850-950 °C in vacuum or air 90-150° [482, 484] Wetting, 10° at melting point [484] Reaction of the oxides with the glassy grain boundary phase... [Pg.122]

The present study of the Ce-La-Ni system has been undertaken to check the evaluated literature data and aimed at refining the position of phase boundaries in the nickel comer of the Ce-La-Ni system at melting points (crystallization of alloys). Several experimental alloys have been produced at 1-5 at. % intervals in the region rich in nickel. [Pg.376]

Figure 11. Fragment of the phase equilibrium diagram in the nickel comer of the Ce-La-Ni system at melting points (crystallization of alloys). Figure 11. Fragment of the phase equilibrium diagram in the nickel comer of the Ce-La-Ni system at melting points (crystallization of alloys).
Properties (puren-eicosane) White, crystalline solid. Fp 36.7C, bp 205C (15 mm Hg), flash p 212F (100C), refr index 1.4348 (20C), d 0.778 (at melting point). Insoluble in water soluble in ether. Can be readily chlorinated. Combustible. [Pg.491]

A, By heating at melting point B, by refluxing with aqueous potassium hydroxide in ethanol C by refluxing with ammonium hydroxide in acetone D, by refluxing with hydrochloric acid in ethanol. [Pg.153]

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See also in sourсe #XX -- [ Pg.107 ]



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Melting point The temperature at which

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