Description

Book Synopsis
This book is dedicated to presenting the latest research from around the world in electroanalytical chemistry, also known as electroanalysis, which lies at the interface between analytical science and electrochemistry. It is concerned with the development, characterisation and application of chemical analysis methods employing electrochemical phenomena. It has major significance in modern analytical science, enabling measurements of the smallest chemical species, the proton, right up to the macromolecules of importance in modern biology. Electroanalytical methodologies, devices and systems have importance in the contemporary laboratory as well as in out-of-laboratory applications. The latter applications are enabled by the role of electroanalysis as a major driving force in modern chemical sensor and biosensor technology as well as electroanalytical detection in microsystems technology.

Electroanalytical Chemistry Research Trends

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    A Hardback by Kenta Hayashi

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      Publisher: Nova Science Publishers Inc
      Publication Date: Publication Date: 15/07/2009
      ISBN13: 9781604562781, 978-1604562781
      ISBN10: 1604562781

      Description

      Book Synopsis
      This book is dedicated to presenting the latest research from around the world in electroanalytical chemistry, also known as electroanalysis, which lies at the interface between analytical science and electrochemistry. It is concerned with the development, characterisation and application of chemical analysis methods employing electrochemical phenomena. It has major significance in modern analytical science, enabling measurements of the smallest chemical species, the proton, right up to the macromolecules of importance in modern biology. Electroanalytical methodologies, devices and systems have importance in the contemporary laboratory as well as in out-of-laboratory applications. The latter applications are enabled by the role of electroanalysis as a major driving force in modern chemical sensor and biosensor technology as well as electroanalytical detection in microsystems technology.

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