Russian Journal of Inorganic Chemistry, Tập 34,Trang 1-924Chemical Society., 1989 |
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Trang 75
... ionic strength have been determined by comparing the mean - ionic activity coef- ficients ( f ) of ferricinium iodide , determined in backgrounds of lithium chloride , bromide , and perchlorate at 298.2 K. The K1 values obtained by ...
... ionic strength have been determined by comparing the mean - ionic activity coef- ficients ( f ) of ferricinium iodide , determined in backgrounds of lithium chloride , bromide , and perchlorate at 298.2 K. The K1 values obtained by ...
Trang 76
... ionic activity coeffi- cients of ferricinium iodide in backgrounds of lithium chloride , bromide , and perchlorate ( T = 298.2 K ) . LiBr LICIO , The mean ionic activity coefficients of ferricinium iodide were found from the ...
... ionic activity coeffi- cients of ferricinium iodide in backgrounds of lithium chloride , bromide , and perchlorate ( T = 298.2 K ) . LiBr LICIO , The mean ionic activity coefficients of ferricinium iodide were found from the ...
Trang 77
... ionic strength greater than 1.0 . The degree of complex formation was calculated from Eqn . ( 2 ) . The replacement of the anion of the background electrolyte by the perchlorate ion was carried out up to 1.0 M , making it possible to ...
... ionic strength greater than 1.0 . The degree of complex formation was calculated from Eqn . ( 2 ) . The replacement of the anion of the background electrolyte by the perchlorate ion was carried out up to 1.0 M , making it possible to ...
Nội dung
A covertocover translation of Zhurnal Neorganicheskoi Khimii January 1989 Volume 34 Number | 1 |
A covertocover translation of Zhurnal Neorganicheskoi Khimii February 1989 Volume 24 Number | 2 |
Interaction of some divalent cations with phthalic acid 15 27 | 15 |
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Thuật ngữ và cụm từ thông dụng
absorption acid Akad anion aqueous solution atoms band bond calculated carbon cation Chem chemical Chemistry chloride cm-¹ cm¹ coefficient complex formation composition compounds concentration configuration containing coordination copper(II corresponding crown ether crystallisation crystals curve decrease determined distances electronic endothermic equilibrium ethanol ethylenediamine experimental extraction Figure formed given in Table graphite H₂O heating hydrogen increase infrared spectra Inorg ionic ions iron(II Khim Khimiya lanthanide ligand metal method mixture mmol Moscow NaClO4 Nauk SSSR Neorg Neorganicheskoi Khimii 34 nickel(II nitrogen obtained oxide oxygen parameters perchlorate phase phosphinothricin potassium precipitates present proton Raman range ratio reaction rhodium rhodium(II Russ ruthenium salts shows sodium solid solutions solubility solvent specimens spectrum stoichiometric structure studied sulphate synthesis temperature thermal analysis thermal decomposition titration Translated from Zhurnal values vibrations water molecules wavenumbers X-ray diffraction X-ray diffraction patterns Zhur Zhurnal Neorganicheskoi Khimii zirconium