Some error occured while loading the Quick View. Please close the Quick View and try reloading the page.
The measurement of pH, which enables the determination of acidity or basicity of a solution, has significant importance in many chemical and biological reactions and in our daily lives. Electrochemical pH sensors are in high demand in numerous applications such as food processing, health monitoring, agriculture and nuclear sectors, and water quality monitoring. This reference text will discuss the various metal oxides, polymers, carbon and composites materials-based electrode designs for electrochemical pH sensors. Their applications in various fields will be examined to present their suitability for these futuristic applications.
Key Features:
- Discusses the various metal oxides, polymers, carbon and composites materials-based electrode designs for electrochemical pH sensors
- Considers a selection of state-of-the-art materials and types of pH sensors that are beneficial for environmental, agriculture, food quality, wearable and aquaculture applications
- Covers the major tools and techniques used for analysing the pH sensing mechanism, including cyclic voltammetry, potentiometry and electrochemical impedance spectroscopy
- Provides an overview of methods for the design and fabrication pH sensors, including the materials used
- Discusses advanced designs including electronic skin-based pH sensors
Chapter 1: The definition of pH and its method of measurement
Chapter 2: Classification of pH sensors
Chapter 3: Glass-based electrochemical pH sensors
Chapter 4: Reference electrodes for electrochemical pH sensors
Chapter 5: Metal-metal oxide-based pH sensors: sensor fabrication and mechanism
Chapter 6: Carbon-based pH sensors: sensor fabrication and mechanism
Chapter 7: Polymer-based pH sensors: sensor fabrication and mechanism
Chapter 8: Flexible and stretchable pH sensors: fabrication methods and performances
Chapter 9: Electronic skin-based pH sensors
Chapter 10: pH sensor integration and communication for online monitoring
Chapter 11: Applications of solid-state pH sensors and technological growth