N. Al-Sharify, A., . M . A-Al-Hassien, J. (2009). Synthesis and Identification of Iron (III) complex with methyl Benzothiazolylazo Bromo Salcylic acid. , 0(36), 720-728.
Abaas N. Al-Sharify; Jassem . M . A-Al-Hassien. "Synthesis and Identification of Iron (III) complex with methyl Benzothiazolylazo Bromo Salcylic acid". , 0, 36, 2009, 720-728.
N. Al-Sharify, A., . M . A-Al-Hassien, J. (2009). 'Synthesis and Identification of Iron (III) complex with methyl Benzothiazolylazo Bromo Salcylic acid', , 0(36), pp. 720-728.
N. Al-Sharify, A., . M . A-Al-Hassien, J. Synthesis and Identification of Iron (III) complex with methyl Benzothiazolylazo Bromo Salcylic acid. , 2009; 0(36): 720-728.

Synthesis and Identification of Iron (III) complex with methyl Benzothiazolylazo Bromo Salcylic acid

Iraqi National Journal Of Chemistry
Article 1, Volume 0, Issue 36, 2014, Pages 720-728
Authors
Abaas N. Al-Sharify; Jassem . M . A-Al-Hassien
Abstract
Abstract
Iron (III) complex with 5-[2-(6-methyl benzothiazolyl) azo] -3- bromosalcylic acid was prepared and characterized by using element analysis (C.H.N.O) and spectral techniques such as IR , UV. VIS. , Flame Atomic Absorpsion , and mole ratio study . Other physical parameters , for the complex , such as the effective magnetic moment (µeff) and the molar conductivity in solution also have been determined .
The spectroscopic studies of the reaction of Iron (III) and the ligand in their ethanolic solutions led to the formation of 1:2 (metal : ligand) moler ration . The physical and spectral studies of the solid complex indicated octahedral coordination via N and O atoms of the azo , hydroxyl and N in thiazoly ring . The complex has a paramagnetic properties and ionic features .
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