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The temperature of NaNO2 endothermal melting corresponds to 284 ° C . The compound insignificantly dissociates in melt above 320 ° C . The maximum rate of the gaseous phase evolution from melt is observed in the range 870 - 880 ° C and ...
The temperature of NaNO2 endothermal melting corresponds to 284 ° C . The compound insignificantly dissociates in melt above 320 ° C . The maximum rate of the gaseous phase evolution from melt is observed in the range 870 - 880 ° C and ...
Trang 535
500 - 520 ° C , the melting of the ternary eutectic At all stages of the spinel oxidation , the oxidation prodNaFe , V401s ... + Fe2O3 proceeds and the ucts ( intermediate and final ) interact with NaNO3 or interaction of the melt with ...
500 - 520 ° C , the melting of the ternary eutectic At all stages of the spinel oxidation , the oxidation prodNaFe , V401s ... + Fe2O3 proceeds and the ucts ( intermediate and final ) interact with NaNO3 or interaction of the melt with ...
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The conditions necessary for the melt to belong to one of the fourteen regions and the corresponding schemes of phase ... INTRODUCTION GEOMETRIC IMAGES OF LIQUIDUS For most experimentally studied ternary melting Any mathematical or ...
The conditions necessary for the melt to belong to one of the fourteen regions and the corresponding schemes of phase ... INTRODUCTION GEOMETRIC IMAGES OF LIQUIDUS For most experimentally studied ternary melting Any mathematical or ...
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Vol 40 No 4 | 511 |
Synthesis and Thermal Stability of Praseodymium Triiodide and Oxoiodide Apr | 519 |
Interaction of Strontium Chloride with NiobiumV Oxide | 527 |
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absorption according acid addition analysis angles anion approximately aqueous atoms band bond calculated cations Chem chemical Chemistry complex components composition compounds concentration considered constant containing coordination Copyright corresponding crystal curve cycle decomposition decrease dependence described determined diffraction distances distribution effect electron elements energy equation equilibrium exhibits experimental extraction fact formation heating hydrogen increase initial Inorganic intense interaction ions Khim ligand liquid measured melting metal method mixture molecules Moscow Neorg Note observed obtained occurs oxidation oxygen parameters peritectic phase position possible powder prepared presented properties Publishing range ratio reaction REFERENCES region respectively Russian salts sample Sciences shows similar sodium solid solution spectra spectrum stability structure studied surface synthesis Table temperature thermal tion transition values vibrations weight X-ray