Plastic membrane and coated Wire Ion Selective Electrodes for Propylhexedrine
Mоhsеn M. Zаrеh, Ragaa elsheikh, Yousry M. Issa, Adel F. Shoukry
Abstract
Mоhsеn M. Zаrеh, Ragaa elsheikh, Yousry M. Issa, Adel F. Shoukry
Abstract
Propylhexedrine (PX) ion selective electrode based on plasti-cized (PX)-tetraphenylboron with dioctylphthalate in poly(vinyl chloride) (PVC)-matrix. The electrode shows near Nernstian response over the concentration range 2.5×10−5 -10−1 solutions of the drug. The working pH-range of the electrode is 2.5-9.5 at 25°C. The electrode response can be considered Nernstian over the temperature range 25-60°C with isothermal temperature coefficient 0.00025 V/°C. The selectivity coefficient of the electrode is calculated towards several inorganic cations, sugars, amines, amino acids and some other pharmaceutical preparations. Also, a coated wire ion-selective electrode based on the same ion pair was found to give a Nernstian response for a concentration range of 10−4-10−2 M PXH+ solution.
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Propylhexedrine (PX) ion selective electrode based on plasti-cized (PX)-tetraphenylboron with dioctylphthalate in poly(vinyl chloride) (PVC)-matrix. The electrode shows near Nernstian response over the concentration range 2.5×10−5 -10−1 solutions of the drug. The working pH-range of the electrode is 2.5-9.5 at 25°C. The electrode response can be considered Nernstian over the temperature range 25-60°C with isothermal temperature coefficient 0.00025 V/°C. The selectivity coefficient of the electrode is calculated towards several inorganic cations, sugars, amines, amino acids and some other pharmaceutical preparations. Also, a coated wire ion-selective electrode based on the same ion pair was found to give a Nernstian response for a concentration range of 10−4-10−2 M PXH+ solution.
Key concepts: Chemistry, Electrode, Ion selective electrode, Vinyl chloride, Polyvinyl chloride, Electrode potential, Inorganic chemistry, Membrane