Ceramic Electrochemical Sensors: Materials, Design, and Applications provides a comprehensive exploration of the role of ceramic materials in electrochemical sensor technology. Responding to the growing demand for advanced sensing across environmental monitoring, healthcare and industry, the book bridges a knowledge gap by linking fundamentals to practical application. It elucidates the electrical, thermal and chemical properties that make ceramics such as zirconia, ceria and titania suitable for sensing, and covers materials selection, fabrication techniques, sensor design and performance characterization, including electrochemical impedance spectroscopy, cyclic voltammetry and current-voltage measurement.
With coverage of traditional processing alongside 3D printing and advanced manufacturing, the book presents applications spanning gas sensing, industrial process control, automotive emissions, healthcare, food safety, water quality, energy storage and wearable devices, supported by real-world case studies. It equips researchers, electrochemists, materials scientists, engineers and postgraduate students with the knowledge to innovate in this specialized field.
- Comprehensive focus on ceramic electrochemical sensors, spanning materials, design and applications
- Covers up-to-date fabrication and characterization techniques, including electrochemical impedance spectroscopy
- Practical focus with applications across environmental, healthcare, automotive, food, water and energy sectors
- Integrates emerging manufacturing methods such as 3D printing and additive manufacturing
- Links electrochemical fundamentals to real-world sensor performance through case studies
