Determination of Bismuth (III) ion by continuous flow injection analysis via  turbidimetric (T180o) and  scattered light effect at two opposite position (2N90o ) using Ayah 4SW-3D-T180o  -2N90o  -Solar  - CFI Analyser

S. Turkey Al-Awadie, Nagam; F. Khudhair, Ahmed

	Determination of Bismuth (III) ion by continuous flow injection analysis via turbidimetric (T180o) and scattered light effect at two opposite position (2N90o ) using Ayah 4SW-3D-T180o -2N90o -Solar - CFI Analyser
journal of kerbala university
Article 1, Volume 10, Issue 0, 2014, Pages 182-198 PDF (0 K)
Authors
Nagam S. Turkey Al-Awadie; Ahmed F. Khudhair
Abstract
A simple and highly sensitive method for the determination of Bi(III) ion was developed by continuous flow injection analysis via turbidimetric (T180o) and scattered light effect at two opposite position (2N90o). The formation of a black precipitate is based upon the reaction between Bi(III) with SnO22- in basic medium. The precipitate is measured via the attenuation of incident light and it’s scattering in two opposite directions. Chemical and physical parameters were studied to obtain the best condition . The linearity of Bi(III) ion is ranged from 0.08 to50mmol.L-1, with correlation coefficient r=0.9973, limit of detection (LOD) 0.06 mmol.L-1(3SB)(S/N=3) and the percentage relative standard deviation for 45 mmol.L-1 Bi(III) solution is lower than 3% (n=6). This method has been applied successfully to determine a bismuth ion in drug. Also provided a comparison between the new method with the classical method (spectrophotometric method) of analysis using the standard addition method. It shows that there was no significant difference via the use of paired t- test at α=0.05(95% confidence) between the two methods and could be using the develop method as an alternative method.
Keywords
Bismuth; Spectrophotometry; Turbidity; Flow injection analysis

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