“Potentiometric Sensors Based on Poly (Vinyl Chloride) Matrix Membranes and their Applications in Biochemical and Analytical Chemistry”
Nada Hassan Ali Elbehery;
Abstract
Summary
The thesis content can be portrayed briefly as four chapters:
Chapter(I): General introduction:
- This chapter discusses main points in potentiometric sensors field like: history of ISEs, components of ISEs and their functionalities, characteristics of potentiometric ISEs, solid state electrodes (their advantages over conventional electrodes, mechanism of response, the advantages and disadvantages or limitations for both types of electrodes), recent technologies and trends used in potentiometric electrodes for analytical analysis.
➢ Chapter (II): Potentiometric detection of low-levels of sulfamethazine in milk and pharmaceutical formulations using novel pl➢ Chapter (III): Novel potentiometric 2,6-dichlorophenolindophenolate
(DCPIP) membrane-based sensors: Assessment of their input in the determination of total phenolics and ascorbic acid in beverages
astic membrane sensors.
Chapter (VI): Non-equilibrium potential responses towards
neutral orcinol using all solid-state potentiometric sensor integrated with molecularly imprinted polymers.
The thesis content can be portrayed briefly as four chapters:
Chapter(I): General introduction:
- This chapter discusses main points in potentiometric sensors field like: history of ISEs, components of ISEs and their functionalities, characteristics of potentiometric ISEs, solid state electrodes (their advantages over conventional electrodes, mechanism of response, the advantages and disadvantages or limitations for both types of electrodes), recent technologies and trends used in potentiometric electrodes for analytical analysis.
➢ Chapter (II): Potentiometric detection of low-levels of sulfamethazine in milk and pharmaceutical formulations using novel pl➢ Chapter (III): Novel potentiometric 2,6-dichlorophenolindophenolate
(DCPIP) membrane-based sensors: Assessment of their input in the determination of total phenolics and ascorbic acid in beverages
astic membrane sensors.
Chapter (VI): Non-equilibrium potential responses towards
neutral orcinol using all solid-state potentiometric sensor integrated with molecularly imprinted polymers.
Other data
| Title | “Potentiometric Sensors Based on Poly (Vinyl Chloride) Matrix Membranes and their Applications in Biochemical and Analytical Chemistry” | Other Titles | مستشعرات جهدية ذات اغشية عديد فينيل الكلوريد وتطبيقاتها فى الكيمياء الحيوية والتحليلية | Authors | Nada Hassan Ali Elbehery | Issue Date | 2019 |
Attached Files
| File | Size | Format | |
|---|---|---|---|
| CC2390.pdf | 449.03 kB | Adobe PDF | View/Open |
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