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The decrease of pK dis of the fourth proton of EDPA and MDPA can be explained only by the formation of potassium complexes . The increase of the concentration of hydrogen ions in the system with EDPA may be connected with an increase in ...
The decrease of pK dis of the fourth proton of EDPA and MDPA can be explained only by the formation of potassium complexes . The increase of the concentration of hydrogen ions in the system with EDPA may be connected with an increase in ...
Trang 1702
1 a a , c , Å shows that , in passing to the europium compound , the energies of both Vas components further increase , which 26.9 indicates a further decrease in the interatomic B - O distances . Because this decrease cannot be endless ...
1 a a , c , Å shows that , in passing to the europium compound , the energies of both Vas components further increase , which 26.9 indicates a further decrease in the interatomic B - O distances . Because this decrease cannot be endless ...
Trang 1703
The second circumstance is the lanthanide compression , which leads not only to a decrease in the Ln - O distances ( and , consequently , to an enhancement of the O – O repulsion in the coordination polyhedra of the Ln atoms ) ...
The second circumstance is the lanthanide compression , which leads not only to a decrease in the Ln - O distances ( and , consequently , to an enhancement of the O – O repulsion in the coordination polyhedra of the Ln atoms ) ...
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absorption According acid analysis angles anion aqueous atoms bands basis bismuth bond calcium calculations cation cell Chem chemical Chemistry chloride complexes composition compounds concentration constants contain coordination Copyright corresponding crystals curves decrease dependence determined distances effect electron energy equation equilibrium experimental extraction formation frequencies functions groups heating hydrogen increase indicates initial Inorganic intensities interaction ions Khim kJ/mol ligand melt metal method mixture molecule Moscow Neorg Note observed obtained occurs organic Original oxides oxygen parameters peritectic phase position possible precipitate prepared presence properties Publishing range ratio reaction REFERENCES region respectively Russian salts samples shift shows similar sodium solid solubility solutions space group spectra spectrum stability structure studied sulfate synthesis Table temperature thermal tion transition unit values vibrations X-ray diffraction