A. Habeeb, S., A. Naser, J., I. Mohammed, Y. (2009). Volumetric study of Imidazole in aqueous solutions at 298.15,303 and 308.15 k. , 0(37), 92-109.
Sana A. Habeeb; Juman A. Naser; Yousif I. Mohammed. "Volumetric study of Imidazole in aqueous solutions at 298.15,303 and 308.15 k". , 0, 37, 2009, 92-109.
A. Habeeb, S., A. Naser, J., I. Mohammed, Y. (2009). 'Volumetric study of Imidazole in aqueous solutions at 298.15,303 and 308.15 k', , 0(37), pp. 92-109.
A. Habeeb, S., A. Naser, J., I. Mohammed, Y. Volumetric study of Imidazole in aqueous solutions at 298.15,303 and 308.15 k. , 2009; 0(37): 92-109.

Volumetric study of Imidazole in aqueous solutions at 298.15,303 and 308.15 k

Journal of Research Diyala humanity
Article 1, Volume 0, Issue 37, 2017, Pages 92-109
Authors
Sana A. Habeeb; Juman A. Naser; Yousif I. Mohammed
Abstract
This paper reports the experimental density (ρ) of binary mixture of Imidazole in aqueous solutions at 298.15, 303.15 and 308.15 k. From these experimental data apparent molar volume ( ) and limiting partial molar volume ( ) have been calculated. The results show that solvated Imidazole shows different types of solute – solute interactions as a result of its dissociation spatially at low concentrations, the results also shows that the solvated Imidazole has the property of breaking structure of liquid water with increasing temperature with this range.
Keywords
experimental density; and
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