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With dilute ethanol , the spectrum consists of three absorption bands , at 218 , 254-256 , and 440- 450 mu ( Fig . 6 , Table 2 ) . In an aqueous solution , hydrolysis occurs according to the equation 2 : 5Rb [ IBrCl ) + 3H , O = 214 + 5 ...
With dilute ethanol , the spectrum consists of three absorption bands , at 218 , 254-256 , and 440- 450 mu ( Fig . 6 , Table 2 ) . In an aqueous solution , hydrolysis occurs according to the equation 2 : 5Rb [ IBrCl ) + 3H , O = 214 + 5 ...
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Our results on the character of the absorption bands agree with those of Gilbert et al5 for Cs [ IBrCl ] in aqueous and ethanolic solution . They differ in that Rb [ IBrC1 ] .H2O in anhydrous ethanol shows an absorption band at 254 mu ...
Our results on the character of the absorption bands agree with those of Gilbert et al5 for Cs [ IBrCl ] in aqueous and ethanolic solution . They differ in that Rb [ IBrC1 ] .H2O in anhydrous ethanol shows an absorption band at 254 mu ...
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Dependence of the parameters of the absorption bands , in the spectra of aqueous TiCl , solutions containing excess ... 2 ) 0.107 N TiCl3 ; a ) dependence of △ for band 1 on H2O / CI ; b ) dependence of Vmax for the double band on H2O ...
Dependence of the parameters of the absorption bands , in the spectra of aqueous TiCl , solutions containing excess ... 2 ) 0.107 N TiCl3 ; a ) dependence of △ for band 1 on H2O / CI ; b ) dependence of Vmax for the double band on H2O ...
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absorption acid added addition Akad alcohol alkali alloys ammonia ammonium analysis anion aqueous atom bismuth bond calculated carbonate Chem chemical chloride complex composition compounds concentration conductivity confirmed constant containing coordination corresponding crystallisation crystals curve decomposition decrease density dependence determined diagram dissolved effect equilibrium excess experiments formation formed given gives H₂O heating hydrogen hydroxide increase indices initial ions Khim lines liquid measured melting metal method mixture molar mole molecules Nauk SSSR Neorg nitrate observed obtained optical oxide phase platinum potassium precipitate prepared presence pressure properties pure quantity ratio reaction Received reduction refractive region salt separated shown shows sodium solid solutions solubility solution solvent specimens stability structure studied substance sulphate Table temperature thermal tion uranium values volume washed X-ray yield Zhur