Russian Journal of Inorganic Chemistry, Tập 39,Trang 1517-2026Chemical Society, 1994 |
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Trang 1635
... energy calculated from the experimental data equals 118 ± 12 kJ / mol . The known dependence of the activation energy on the pressure is explained in terms of a multipath mechanism of thermal decomposition of zirconium tetraiodide ...
... energy calculated from the experimental data equals 118 ± 12 kJ / mol . The known dependence of the activation energy on the pressure is explained in terms of a multipath mechanism of thermal decomposition of zirconium tetraiodide ...
Trang 1638
... energy of ZrI , decomposition . The fact that the activation energy is independent of the temperature of the initial metal in the intervals of initial metal temperatures from 150 to 200 and from 510 to 550 ° C is explained as follows ...
... energy of ZrI , decomposition . The fact that the activation energy is independent of the temperature of the initial metal in the intervals of initial metal temperatures from 150 to 200 and from 510 to 550 ° C is explained as follows ...
Trang 1639
... energy is dominating , and the partial charge on the sulfur atom in Li2S , Li3S , and Li4S is close to the formal oxidation number -2 . Fig . 1. Geometric configurations of Li3O , Li40 [. The properties of molecules having unusual compo ...
... energy is dominating , and the partial charge on the sulfur atom in Li2S , Li3S , and Li4S is close to the formal oxidation number -2 . Fig . 1. Geometric configurations of Li3O , Li40 [. The properties of molecules having unusual compo ...
Nội dung
Vol 39 No 10 1994 | 1517 |
Thermal Transformations of AmmoniumLithium Tripolyphosphates 1261 | 1525 |
Synthesis Composition V 39 | 1531 |
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absorption acid ammonium anions aqueous arsenic atoms bands binary bond calculated cations Chem chemical chloride cm-¹ cobalt(II coefficients complexes components composition concentration constants COORDINATION COMPOUNDS copper(II corresponding CsCl curve decomposition decrease determined dioctylamine electron elements English Translation Copyright equation equilibrium eutectic exhibit experimental extraction formation formula groups H₂O Hayka/Interperiodica Publishing Russia heating hydrate hydrazine hydrogen increase indium Inorg Inorganic Chemistry interaction ionic ions iron(III Khim ligand MAHK Hayka/Interperiodica Publishing melting metal methanol method mixture mol/l Moscow NaCl Neorg nickel(II obtained Original Russian Text oxide oxygen palladium parameters pentatop phase diagram plexes praseodymium precipitate properties ratio reaction Russia Received Russian Academy Russian Text Copyright salts samples sodium solid solution solubility spectra spectrum stability studied Synthesis Table temperature ternary thermal thermodynamic thermolysis tion trans values vanadium(V vapor vibrations water molecules X-ray diffraction X-ray powder diffraction zirconium