Results 131 to 140 of about 1,814 (160)
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Levitating Droplet Electroanalysis
Analytical ChemistryChemical reactions that occur in droplets proceed much differently compared to bulk phases. For instance, many groups have studied droplets during levitation by mass spectrometry and fluorescence to gain more detailed mechanistic insight. Such droplets maximize the probability of solution species interacting with the solution-air interface, an ...
Lynn E. Krushinski +2 more
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2011
Electroanalytical methods can have adverse environmental side effects. In this chapter the main features that will make it possible to avoid their deleterious aspects are considered. Alternative solvents and new electrode materials available are discussed and special attention has been paid to the development and applications of electrochemical sensors
Lucas Hernández +2 more
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Electroanalytical methods can have adverse environmental side effects. In this chapter the main features that will make it possible to avoid their deleterious aspects are considered. Alternative solvents and new electrode materials available are discussed and special attention has been paid to the development and applications of electrochemical sensors
Lucas Hernández +2 more
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Calixarenes in electroanalysis
Electroanalysis, 1995The use of calix[n]arenes as recognition reagents in electroanalysis is reviewed. Calix[n]arenes (n = 4 to 14) are macrocylic phenol-formaldehyde condensates which may be derivatized at the phenolic oxygen position to produce macrocycles capable of the selective binding of metal cations.
Katherine M. O'Connor +2 more
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Electroanalysis of biomacromolecules
1995Biomacromolecules are involved in most of the fundamental reactions of living organisms. The basic building blocks of the most significant biomacromolecules (nucleic acids, proteins) are the molecules, which contain extensive delocalized or mobile electron systems.
Viktor Brabec +2 more
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Controlled potential electroanalysis
Analytica Chimica Acta, 1948Abstract Some fundamental principles involved in controlled potential electroanalysis are discussed. A potentiostat is described which automatically maintains the potential of a working electrode constant during an electrolysis. Cells for different applications of controlled potential electrolysis are described. Some typical applications are reviewed,
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1997
The aim of this project was the development of new analytical methods for the measurement of reactive (toxic) aluminium in natural waters (i.e. soil solutions, rivers and lakes). Indirect electrochemical methods were used. These involve the formation of a complex between a metal and a redox-active ligand.
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The aim of this project was the development of new analytical methods for the measurement of reactive (toxic) aluminium in natural waters (i.e. soil solutions, rivers and lakes). Indirect electrochemical methods were used. These involve the formation of a complex between a metal and a redox-active ligand.
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Food electroanalysis: sense and simplicity
The Chemical Record, 2011AbstractWith the appearance of advanced approaches such as screen‐printed technology, biosensors, microchips and nanotechnology, among others, electroanalysis is undergoing a true Renaissance. Inherent miniaturization of electrochemistry makes it a unique detection and transduction principle, highly compatible with the modern miniaturized analytical ...
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Semidifferential electroanalysis
Journal of Electroanalytical Chemistry, 1975Masashi Goto, Daido Ishii
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