Principles of Chemical Sensors / by Jiri Janata.

Springer eBooks

Introduction.General response curve.Origins of selectivity -- Introduction.Equilibrium-based selectivity.Kinetic selectivity.Mass transport selectivity.Design of selective layers -- Introduction.General.Push-pull operation.Thermometers.Equivalent circuits.Examples of thermal chemical sensors -- Introduction.Mass sensors based on piezoelectric materials.Non-piezoelectric mass sensors -- Introduction.General rules of electrochemistry.Nature of interfaces.Nature of the current-Voltage curve.Determination of cell parameters: experimental methods -- Ion sensors.Potentiometric sensors for neutral species -- General considerations.Microelectrodes.Oxygen electrodes.Clark electrode.Amperometric selectivity.Amperometric fuel cells.High temperature limiting current sensors -- Introduction.Chemiresistors.AC conductometric sensors.

There are so many chemical sensor books on the market that adding one more would seem to be a rather unnecessary exercise. My aim has been to provide material that college or graduate level instructors could use when teaching this subject. The focus is on operating principles, rather than on description of specific sensor or even types of sensors. People who regularly referee sensor manuscripts and research proposals may also find it useful as a reference, for testing one or another dubious proposed sensing scheme. Unfortunately, some strange ideas often get through the review process and become a permanent part of the knowledge database. A "food-for-thought" section has been added at the end of each chapter, which is intended to provoke probing questions about such "schemes". Since this is a never-ending process a "food-for-thought" website has been established as a permanent "blog" that supplements this book. It can be accessed at: http://www.chemistry.gatech.edu/faculty/Janata/

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