Russian Journal of Inorganic Chemistry, Tập 38,Trang 1-362Chemical Society., 1993 |
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Trang 58
... ( II ) Coprecipitation with Magnesium and Zirconium Hydroxydes L. K. Kurmanguzhina , I. N. Marov , G. A. Evtikova ... manganese ( II ) coprecipitation with magnesium and zirconium hydroxides is studied by ESR . For pH 6 - 14 and a ...
... ( II ) Coprecipitation with Magnesium and Zirconium Hydroxydes L. K. Kurmanguzhina , I. N. Marov , G. A. Evtikova ... manganese ( II ) coprecipitation with magnesium and zirconium hydroxides is studied by ESR . For pH 6 - 14 and a ...
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... manganese ( II ) hydroxide with hydrated aluminum oxide , samples obtained by simply mixing them do not produce the ESR signal . This fact appears to be connected with manganese ( II ) oxidation . Because of this , it has been suggested ...
... manganese ( II ) hydroxide with hydrated aluminum oxide , samples obtained by simply mixing them do not produce the ESR signal . This fact appears to be connected with manganese ( II ) oxidation . Because of this , it has been suggested ...
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Table 2. ESR parameters of manganese ( II ) complexes , coprecipitated with zirconium hydroxide Original Russian Edition Copyright © 1993 by Russian Journal of. pH [ Zr ] / [ Mn ] T , K 81 A ! 82 A2 83 A3 ΔΗ . 1 : 0.001 77 * 2.019 90.4 ...
Table 2. ESR parameters of manganese ( II ) complexes , coprecipitated with zirconium hydroxide Original Russian Edition Copyright © 1993 by Russian Journal of. pH [ Zr ] / [ Mn ] T , K 81 A ! 82 A2 83 A3 ΔΗ . 1 : 0.001 77 * 2.019 90.4 ...
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Vol 38 No 1 | 1 |
Synthesis and Thermochemical Study of Anhydrous Lanthanum Perchlorate and Its Hydrates | 18 |
Copper Decaborates of Alkali Metals and Alkylammonium | 33 |
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absorption Abstract according acid addition analysis angles anion atoms bands bonds calculated cations characteristics Chem chemical Chemistry chloride cm-¹ complexes components composition compounds concentration configuration constant containing coordination Copyright corresponding crystal curves decrease dependence described determined distances effect electron energy exhibit experimental formation fragment frequencies groups H₂O heating hydrate increase indicates initial Inorganic Institute intensity interaction Interperiodica ions Khim lattice leads ligand manganese(II measured melt metal method mixture molecules Moscow nature Neorg noted observed obtained occurs Original oxidation oxygen parameters phase platinum position presented properties range ratio reaction REFERENCES refined reflections region respectively Russian salt samples shows similar solid solutions solubility solutions space group spectra spectrum stability structure studied synthesis Table temperature thermal tion transition values various vibrations X-ray diffraction