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Spectrophotometric determination of OphC drug in pure and in pharmaceutical preparations via charge transfer complex formation between OphC (electron donor) and both of DDQ and p-CLA (pi-acceptor) reagent. The work has focused on the preparation of homemade carbon ink and testing the performance of such ink in the fabrication of electrodes for the potentiometric determination of OphC drug in pure and pharmaceutical preparations. The performance of such sensors in the Potentiometric determination of OphC is compared between those of CWE and coated graphite electrodes.

Produktbeschreibung
Spectrophotometric determination of OphC drug in pure and in pharmaceutical preparations via charge transfer complex formation between OphC (electron donor) and both of DDQ and p-CLA (pi-acceptor) reagent. The work has focused on the preparation of homemade carbon ink and testing the performance of such ink in the fabrication of electrodes for the potentiometric determination of OphC drug in pure and pharmaceutical preparations. The performance of such sensors in the Potentiometric determination of OphC is compared between those of CWE and coated graphite electrodes.
Autorenporträt
Prof. Tamer Awad Ali received his PhD degree in 2011 in Analytical Chemistry from Faculty of Science, Ain Shams University, Egypt. In addition He is working in Supervisor Patent office and Member in Chemicals Development Services Center (CDSC). His research is focused on Ion Selective Electrode. Prize of National Encouragement in Chemistry, 2015.