Hands On Guide To Acoustic Wave Sensors Theory And Design With Real World Physico Chemical Applications For Chemical Biochemical And Physical Sensing Today
Hands On Guide To Acoustic Wave Sensors Theory And Design With Real World Physico Chemical Applications For Chemical Biochemical And Physical Sensing Today
The Story
✔️ Single-copy edition, device types, principles, and material constants
This book is a practical, interdisciplinary reference on acoustic wave sensors, detailing theory and real-world applications in chemical, biochemical, and physical sensing. It’s a handy resource for scientists, engineers, and technologists designing, evaluating, and deploying sensor systems in labs and industry.
✅ Author: Ballantine Jr., D. S.; Edition: 1
✅ Language: English
✅ Release Date: 21-10-1996
✅ Focus: Operating principles, device types, and material constants
💡 What is an acoustic wave sensor theory and design guide used for in chemical sensing and process monitoring? This handy reference helps scientists and engineers implement wave-sensor ideas in real-world setups.
- Handy overview of operating principles, device types, and material constants
- Practical design considerations for sensor integration
- Real-world applications in chemical, biochemical, and physical sensing
- Useful for chemists, engineers, and process technologists
Description
✔️ Single-copy edition, device types, principles, and material constants
This book is a practical, interdisciplinary reference on acoustic wave sensors, detailing theory and real-world applications in chemical, biochemical, and physical sensing. It’s a handy resource for scientists, engineers, and technologists designing, evaluating, and deploying sensor systems in labs and industry.
✅ Author: Ballantine Jr., D. S.; Edition: 1
✅ Language: English
✅ Release Date: 21-10-1996
✅ Focus: Operating principles, device types, and material constants
💡 What is an acoustic wave sensor theory and design guide used for in chemical sensing and process monitoring? This handy reference helps scientists and engineers implement wave-sensor ideas in real-world setups.
- Handy overview of operating principles, device types, and material constants
- Practical design considerations for sensor integration
- Real-world applications in chemical, biochemical, and physical sensing
- Useful for chemists, engineers, and process technologists
