Russian Journal of Inorganic Chemistry, Tập 41,Số phát hành 9-12British Library Lending Division with the cooperation of the Royal Society of Chemistry, 1996 |
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Kết quả 1-3 trong 81
Trang 1390
... ratio increases with decreased pH , reaches the maximum at pH 1.3 , and at pH 1.0 , becomes equal to the ratio in the bronze . An alternative picture is exhibited for the case of nitric acid . The [ V4 ] : [ V5 + ] ratio initially ...
... ratio increases with decreased pH , reaches the maximum at pH 1.3 , and at pH 1.0 , becomes equal to the ratio in the bronze . An alternative picture is exhibited for the case of nitric acid . The [ V4 ] : [ V5 + ] ratio initially ...
Trang 1660
... ratio for aza podand I as a function of ( a ) pH and aqueous - phase acidity at a constant 1 mol / l con- centration of chloride ions , and ( b ) concentration of chloride ions in the aqueous phase at a constant 0.08 mol / l concen ...
... ratio for aza podand I as a function of ( a ) pH and aqueous - phase acidity at a constant 1 mol / l con- centration of chloride ions , and ( b ) concentration of chloride ions in the aqueous phase at a constant 0.08 mol / l concen ...
Trang 1789
... ratio 20 ml : 1 g UO2 ( CIO4 ) 2 at pH 6.05 , pH ( final ) 7.90 , solution : mineral ratio 100 ml : 1 g , sorption : 11.1 mg U / g of diabase ( 60.7 % total UO2 * ) , washing 1 s UO2 ( CIO4 ) 2 at pH 6.0 , pH ( final ) 9.30 , solution ...
... ratio 20 ml : 1 g UO2 ( CIO4 ) 2 at pH 6.05 , pH ( final ) 7.90 , solution : mineral ratio 100 ml : 1 g , sorption : 11.1 mg U / g of diabase ( 60.7 % total UO2 * ) , washing 1 s UO2 ( CIO4 ) 2 at pH 6.0 , pH ( final ) 9.30 , solution ...
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QuantumChemical Study of the Electronic Structure | 1352 |
The Cu₂GeTe3CdTe System and the Structure of the Compound Cu₂CdGeTe | 1356 |
New Sulfides MCuXS2 and M₂Cu3FeS4 M K Rb Cs X Mn | 1359 |
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absorption according acid addition analysis angles anion aqueous atoms bands bond calculated cations Chem chemical Chemistry cm-¹ complexes composition compounds concentration constants containing cooling coordination Copyright corresponding crystals curves decrease dependence described determined distances effect electron energy equilibrium experimental extraction formation groups heating higher hydrogen increase indicates Inorganic Institute intensity interaction ions Khim layers ligand magnetic measured melting metal method mixture molecules Moscow Neorg observed obtained occurs Original oxidation oxygen parameters patterns peak phase positions potassium powder diffraction precipitate prepared properties Publishing range ratio reaction Received REFERENCES respectively Russian salt samples Sciences shows signal similar sodium solid solubility solution space group spectra spectrum stability stage structure studied surface synthesis Table temperature thermal tion unit cell values X-ray diffraction yield