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Dibazol ion-selective electrodes
Journal of Pharmaceutical and Biomedical Analysis, 1987Liquid-membrane and polyvinylchloride membrane dibazol ion-selective electrodes have been developed. They are based on ion-pair complexes of dibazol with dicyclohexylnaphthalene sulphonate, diisopentylnaphthalene sulphonate, diisobutylnaphthalene sulphonate and tetraphenylborate.
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Mikrochimica Acta, 1978
The role of ion-selective electrodes in the detection and measurement of environmental pollutants is reviewed. The material is intended for the non-specialist in the area. First the theory of ion-selective electrodes is discussed. Included are sections on calibration curves, standard addition, selectivities and Potentiometric titrations.
E. Pungor, K. T�th, G. Nagy
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The role of ion-selective electrodes in the detection and measurement of environmental pollutants is reviewed. The material is intended for the non-specialist in the area. First the theory of ion-selective electrodes is discussed. Included are sections on calibration curves, standard addition, selectivities and Potentiometric titrations.
E. Pungor, K. T�th, G. Nagy
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1977
Current investigations and hypotheses by the authors on the theory and mechanism of operation of ion-selective electrodes are reviewed. Some trends in the applications of ion-selective electrodes are discussed, with particular reference to the interests of the authors.
E. PUNGOR, KLARA TÓTH, G. NAGY
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Current investigations and hypotheses by the authors on the theory and mechanism of operation of ion-selective electrodes are reviewed. Some trends in the applications of ion-selective electrodes are discussed, with particular reference to the interests of the authors.
E. PUNGOR, KLARA TÓTH, G. NAGY
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1992
Abstract The invention of ion-selective microelectrodes (ISMs) has opened up new possibilities for experimental physiology. The measurement of the activity of specific types of ions in different cells and in the extracellular space, together with the resting potential, action potential, and extracellular potential shifts, has increased ...
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Abstract The invention of ion-selective microelectrodes (ISMs) has opened up new possibilities for experimental physiology. The measurement of the activity of specific types of ions in different cells and in the extracellular space, together with the resting potential, action potential, and extracellular potential shifts, has increased ...
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1983
Ion-selective electrodes are widely used for non-destructive, rapid, sensitive and precise determination of many ions in a great variety of media and therefore, provide a powerful analytic tool. Since the appearance of the first edition of Professor Koryta's book in 1975 progress in the whole field of ion-selective electrodes has been rapid and a vast ...
Jirm Koryta, Karel Stulík
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Ion-selective electrodes are widely used for non-destructive, rapid, sensitive and precise determination of many ions in a great variety of media and therefore, provide a powerful analytic tool. Since the appearance of the first edition of Professor Koryta's book in 1975 progress in the whole field of ion-selective electrodes has been rapid and a vast ...
Jirm Koryta, Karel Stulík
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1987
The ion-selective electrode represents a technique in electrochemistry in which the simple pH meter has been adapted to element-specific analytical applications. In a conventional pH meter, an electrode measures changes in the hydrogen ion concentration of a solution to determine its acidity/alkalinity. The ion-selective electrode carries out a similar
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The ion-selective electrode represents a technique in electrochemistry in which the simple pH meter has been adapted to element-specific analytical applications. In a conventional pH meter, an electrode measures changes in the hydrogen ion concentration of a solution to determine its acidity/alkalinity. The ion-selective electrode carries out a similar
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