Carbon Dioxide Sensing - Fundamentals, Principles,and Applications
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- Wiley
More About This Title Carbon Dioxide Sensing - Fundamentals, Principles,and Applications
English
The book provides the reader with a profound knowledge of basic principles, properties and preferred applications of diverse kinds of CO2 measurement. It shows the advantages, disadvantages and limitations of several methods and gives a comprehensive overview of both possible applications and corresponding boundary conditions. Applications reach from environmental monitoring to safety control to biotechnology and food control and finally to medicine.
English
Gerald Gerlach studied at the TU Dresden and finished with a PhD on "Integrated piezoresistive pressure sensors for small pressure ranges" in 1987. Since 1993 he is professor for Microtechnology at the electrical engineering department of the TU Dresden. He was visiting profossor at the UC in Los Angeles. From 1994-2000 he was Vice Dean and Dean of the EE Department at TU Dresden, respectively. Since 2006, he is associate editor of the IEEE sensors journal.
Ulrich Guth was director of the Kurt-Schwabe Institute in Meinsberg from 1999 - 2010.
Wolfram Oeßler studied at the TU Dresden and finished with a PhD in 1968. From 1963-2003, he was head of the electrochemical sensors and measuring instrumentation department at Meinsberg Kurt-Schwabe research institute. Since 1995, he is private lecturer for physical-chemical measuring technique and corrosion research at TU Dresden and was lecturer on electrochemical sensors at University of Applied Sciences in Mittweida.
Ulrich Guth was director of the Kurt-Schwabe Institute in Meinsberg from 1999 - 2010.
Wolfram Oeßler studied at the TU Dresden and finished with a PhD in 1968. From 1963-2003, he was head of the electrochemical sensors and measuring instrumentation department at Meinsberg Kurt-Schwabe research institute. Since 1995, he is private lecturer for physical-chemical measuring technique and corrosion research at TU Dresden and was lecturer on electrochemical sensors at University of Applied Sciences in Mittweida.
English
PART I GENERAL
Introduction
Carbon Dioxide
CO2 in general
Physical Properties of CO2
Chemical Properties of CO2
CO2 Cycle
Uses
PART II EX SITU METHODS: CHEMICAL ANALYTICAL PRINCIPLES
Analytical Methods
PART III IN SITU METHODS: CHEMICAL SENSOR PRINCIPLES
Potentiometric Sensors with Liquid Electrolytes
Potentiometric Sensors with Solid Electrolyte
Coulometric Sensors
Conductometric Sensors
Opto-chemical Sensors
PART IV IN SITU METHODS: PHYSICAL PRINCIPLES
Non-dispersive Infrared Sensors
Tunable Diode Laser Spectroscopy
Photoacoustic Spectroscopy
Fiber-optic Fluorescence Sensors
Acoustic Sensors
PART V COMPARISON OF METHODS
Survey and Comparison of Methods
PART VI APPLICATIONS
Environmental Monitoring
Safety Control
Biotechnology and Process Control
Bioreactors
Biology
Food Production and Control
Medicine
Introduction
Carbon Dioxide
CO2 in general
Physical Properties of CO2
Chemical Properties of CO2
CO2 Cycle
Uses
PART II EX SITU METHODS: CHEMICAL ANALYTICAL PRINCIPLES
Analytical Methods
PART III IN SITU METHODS: CHEMICAL SENSOR PRINCIPLES
Potentiometric Sensors with Liquid Electrolytes
Potentiometric Sensors with Solid Electrolyte
Coulometric Sensors
Conductometric Sensors
Opto-chemical Sensors
PART IV IN SITU METHODS: PHYSICAL PRINCIPLES
Non-dispersive Infrared Sensors
Tunable Diode Laser Spectroscopy
Photoacoustic Spectroscopy
Fiber-optic Fluorescence Sensors
Acoustic Sensors
PART V COMPARISON OF METHODS
Survey and Comparison of Methods
PART VI APPLICATIONS
Environmental Monitoring
Safety Control
Biotechnology and Process Control
Bioreactors
Biology
Food Production and Control
Medicine
