Results 91 to 100 of about 130 (115)
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Nonstoichiometry and diffusivities in iron monosulphide at elevated temperatures
Corrosion Science, 1974The equilibrium diagram of the iron monosulphide phase has been reviewed in the temperature range 670–1100°C. Thermodynamic properties of the system are derived as a function of composition. Data for the parabolic rate constant for the growth of iron monosulphide on iron are presented as a function of nonstoichiometry for relatively small values of y ...
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Journal of the Chemical Society (Resumed), 1957
K. W. Bagnall, D. S. Robertson
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K. W. Bagnall, D. S. Robertson
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The lattice energy and heat of formation of lithium monosulphide
Journal of Physics and Chemistry of Solids, 1958Abstract A term-by-term theoretical calculation of the lattice energy of lithium monosulphide is reported. The lattice energy is computed to be U0 = 588.7 kcal/mole (0°K). This value, in conjunction with known thermodynamic data, has been used to estimate the heat of formation of the compound, ΔHƒ = −117.7 kcal / mole (298° K ) .
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Electrical resistivity of uranium monosulphide
Journal of the Less Common Metals, 1983R. Troć, L. Krawczyk
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Re-examination of the structure of ethylenethiuram monosulphide
Tetrahedron Letters, 1971Pluijgers, C.W., Vonk, J.W., Thorn, G.D.
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Germanium. XXIII. Germanium Monosulphide
The Journal of Physical Chemistry, 1927L. M. Dennis, S. M. Joseph
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Absence of magnetic order in cobalt monosulphide
Physica Status Solidi (a), 1975M. G. Townsend +2 more
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Tissue distribution of ethylenethiuram monosulphide
Food and Cosmetics Toxicology, 1979openaire +1 more source

