Russian Journal of Inorganic Chemistry, Tập 37,Trang 109-728Chemical Society, 1992 |
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Kết quả 1-3 trong 62
Trang 482
... reagent salt is the decisive factor . In comparing the influence of these solvation processes on the partition coefficient , one must take into account both the initial concentrations of the reagent and the ligand and their nature . In ...
... reagent salt is the decisive factor . In comparing the influence of these solvation processes on the partition coefficient , one must take into account both the initial concentrations of the reagent and the ligand and their nature . In ...
Trang 564
... reagent and the vanadium ; the same complex is formed ( Fig . 1 ) . The complex formation reaches a maximum at pH 4. The complex of vanadium ( IV ) with this reagent is orange coloured with the maximum absorption at 460 nm , whereas the ...
... reagent and the vanadium ; the same complex is formed ( Fig . 1 ) . The complex formation reaches a maximum at pH 4. The complex of vanadium ( IV ) with this reagent is orange coloured with the maximum absorption at 460 nm , whereas the ...
Trang 565
... reagent in concentrated sulphuric acid suggests that in the complex the reagent is in the azo - form . Ion - exchange chromatography using KU - 2-8 cation exchange resin and AN - 2 - FN anion exchange resin showed that solutions of the ...
... reagent in concentrated sulphuric acid suggests that in the complex the reagent is in the azo - form . Ion - exchange chromatography using KU - 2-8 cation exchange resin and AN - 2 - FN anion exchange resin showed that solutions of the ...
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Journal of 761 V | 109 |
Variations in the structure of synthetic malachite 117 257 | 117 |
A new form of sodium tetrafluorolutetate NaLuF4 125 273 | 125 |
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1991 Translated absorption acid Akad analysis angles anion aqueous solutions bands bond lengths calcium calculated cations chelate Chem chemical Chemistry chloride chromium(III cm-¹ cm¯¹ cm¹ cobalt(II complex formation composition compounds concentration containing coordination sphere copper(II corresponding crystal structure crystallisation curves decomposition decrease determined electron English translation equilibrium experimental formed glass formation region H₂O heating hydrogen hydrolysis hydroxide increase Inorg Inorganic interaction ions Khim lattice layers ligand metal method mixture molecules Moscow Neorg Neorganicheskoi Khimii 37 nickel(II niobium(V nitrate obtained octahedral oxide parameters phosphate porphyrins present properties protons range ratio reaction reagent salt solid phases solid solutions solubility solvent sorbent sorption space group specimens spectrum studied synthesis Table tantalum(V temperature ternary thermal tin dioxide Translated from Zhurnal translation in Russ values vibrations wavenumbers X-ray diffraction Zhurnal Neorganicheskoi Khimii zirconium