Russian Journal of Inorganic Chemistry, Tập 44,Trang 1-460British Library Lending Division with the cooperation of the Royal Society of Chemistry, 1999 |
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Trang 139
... ratio differs from the k2 / k , ratio to which , according to equation ( 5 ) , it must approach as the S concentration increases up to the value corresponding to neat arene as solvent . For example , kn / k1 = 0.269 for neat toluene and ...
... ratio differs from the k2 / k , ratio to which , according to equation ( 5 ) , it must approach as the S concentration increases up to the value corresponding to neat arene as solvent . For example , kn / k1 = 0.269 for neat toluene and ...
Trang 334
... ratio in the precip- itates is similar to the metal ratio in the electrolytes from which they separate . The precipitates were always ( regardless of the metal ratio ) well - faceted crystals with reproducible powder patterns , which ...
... ratio in the precip- itates is similar to the metal ratio in the electrolytes from which they separate . The precipitates were always ( regardless of the metal ratio ) well - faceted crystals with reproducible powder patterns , which ...
Trang 405
... ratio showed two signals at -60 and -210 ppm ( the intensity ratio was 2 1 ) . Upon increasing the SnCl2 content to 1 : 1 and 12 ratios , the high - field signal shifted to -225 and -240 ppm , respectively , while the chemical shift of ...
... ratio showed two signals at -60 and -210 ppm ( the intensity ratio was 2 1 ) . Upon increasing the SnCl2 content to 1 : 1 and 12 ratios , the high - field signal shifted to -225 and -240 ppm , respectively , while the chemical shift of ...
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HighTemperature Superconductors | 1 |
Hydration and Thermal Stability of Silver and Rubidium Salts | 9 |
Mechanism of the Thermal Oxidation of Gallium Arsenide | 15 |
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absorption bands acid analysis angles anion atoms bismuth bond lengths calcd calculated CaO2 cations Chem chemical shift chloride cm-¹ complexes composition concentration copper(II corresponding crystal structure curve decomposition decrease determined diffraction patterns electron energy English Translation Copyright equation equilibrium eutectic experimental extraction formation H NMR H₂O heating hydrogen bonds increase indium(III Inorg Inorganic Chemistry interaction ions Khim ligand lithium MAHK Hayka/Interperiodica melting metal method mixtures mol/l Moscow Nauk Neorg nitrogen atoms NMR spectra obtained octahedral Original Russian Text oxide oxygen atoms palladium(II phase diagram plexes polyhedra protons range ratio reaction Russia Received Russian Academy Russian Journal Russian Text Copyright salts samples signals sodium solid solutions solubility solvent space group spectrum studied sulfur synthesis Table tantalum(V thermal tion titration TMEDA ture unit cell unit cell parameters values vanadium(V X-ray diffraction X-ray powder diffraction