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Trang 1357
The mechanism of the disproportionation depends on the pH and the concentration of Clanions in the solution . At low and high acid concentrations , the concentration of copper ( I ) ions is sufficient to remove the excess oxygen formed ...
The mechanism of the disproportionation depends on the pH and the concentration of Clanions in the solution . At low and high acid concentrations , the concentration of copper ( I ) ions is sufficient to remove the excess oxygen formed ...
Trang 1371
The observed rate contants depend on the HCl concentration as follows : CHCI , M 12 lg Kobs -2.1 -2.4 11 -2,8 10 -3.0 8 Experimental MOOC solutions were prepared by dissolving dry MoCl , in concentrated hydrochloric acid .
The observed rate contants depend on the HCl concentration as follows : CHCI , M 12 lg Kobs -2.1 -2.4 11 -2,8 10 -3.0 8 Experimental MOOC solutions were prepared by dissolving dry MoCl , in concentrated hydrochloric acid .
Trang 1453
The pH was measured on a pH - 673 pH - meter and the overall aluminium concentration in the solution CA was determined complexometrically . The CAI · ƒ ( t ) and pH = ƒ ( t ) kinetic curves obtained are presented in Fig . 1.
The pH was measured on a pH - 673 pH - meter and the overall aluminium concentration in the solution CA was determined complexometrically . The CAI · ƒ ( t ) and pH = ƒ ( t ) kinetic curves obtained are presented in Fig . 1.
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Inorganic | 1353 |
Contents | 1376 |
Activation of the solution of copperII oxide in aqueous EDTA solutions by the 1385 2683 | 1385 |
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acid aluminium ammonia analysis angle anions atoms bands bond calculated Chem chemical Chemistry chloride complex formation complexes composition compounds concentration constants containing coordination copper copper(II corresponding crystal crystal structure crystallisation curves decrease dependence described determined diagram dioxide EDTA electronic energy English translation equilibrium experimental Figure formation formed given gives halides heating hydrogen increase indicates influence infrared Inorg INORGANIC ions Khim kinetic ligand manganese(II mass metal method mixture molecular molecules Moscow Neorg observed obtained organic oxide parameters phase positions preparation present properties published range rate of solution reaction respectively salts shows similar solid solubility solution solvate solvents specimens spectra stability structure synthesis Table temperature thermal translation translation in Russ tungsten values vibrational X-ray diffraction