Abstract
AbstractChemical studies were carried out to determine the complex ion formation between cuprous bromide and potassium bromide in the aqueous as well as in the solid phase. The formation of complexes in the aqueous phase was also confirmed by potentiometric and conductometric methods. There was no indication of complex formation at room temperature (30 °C). However, at 50 °C rectangular curve showed the formation of complex K3CuBr4 and addition compounds like CuBr · 5 KBr; CuBr · 10 KBr in the liquid phase while complexes K2CuBr3, K3CuBr4, K4CrBr5 are formed in the solid phase. The electrometric studies also show the formation of similar complexes in the liquid phase.
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