Sensing: Long-Lived Resonances investigates and provides a solid understanding of long-lived resonance sensing, illustrated by simple examples. Each chapter introduces and defines the sensing resonances, their localized paths, and applications. Many examples in the book apply these methods to materials and sensing systems. The ultimate aim of the book is to pave the way for the creation and improvement of sensors and devices for telecommunications and applied natural sciences. The different examples presented within each chapter of this book can help close the gaps in communication between…mehr
Sensing: Long-Lived Resonances investigates and provides a solid understanding of long-lived resonance sensing, illustrated by simple examples. Each chapter introduces and defines the sensing resonances, their localized paths, and applications. Many examples in the book apply these methods to materials and sensing systems. The ultimate aim of the book is to pave the way for the creation and improvement of sensors and devices for telecommunications and applied natural sciences. The different examples presented within each chapter of this book can help close the gaps in communication between physicists and specialists using sensor results within their practices.
Léonard Dobrzy¿ski is Emeritus Research Professor at CNRS, Lille University, France. His research interests focus on interface science, phononics, magnonics, and resonance.
Inhaltsangabe
1. Principles and applications of resonant wave sensors 2. Loop state theory 3. Path eigenfunction localization and sensing 4. Simple photonic structures for sensing applications 5. Open step-ladder sensors 6. One closed loop, one stub and one infinite lead 7. On-off tunable generic system 8. One closed loop and two infinite leads 9. One open loop, two stubs and two infinite leads 10. T-shaped and loop plasmonic cavities for sensing applications 11. Sensing using surface plasmon resonance sensors 12. Temperature Impact on the SPR Sensing Performance 13. Tamm Plasmon Structures: Modeling and Design for Optical Detection 14. Fundamentals and Roadmap of Resonant Acoustic/Elastic Wave Sensors 15. Elastic Wave Engineering in Piezoelectric Materials: Toward Next-Generation Biosensors 16. Fundamentals of Magnetic Field Sensing Using Ferromagnetic Thin Films and Elastic Waveguides
1. Principles and applications of resonant wave sensors 2. Loop state theory 3. Path eigenfunction localization and sensing 4. Simple photonic structures for sensing applications 5. Open step-ladder sensors 6. One closed loop, one stub and one infinite lead 7. On-off tunable generic system 8. One closed loop and two infinite leads 9. One open loop, two stubs and two infinite leads 10. T-shaped and loop plasmonic cavities for sensing applications 11. Sensing using surface plasmon resonance sensors 12. Temperature Impact on the SPR Sensing Performance 13. Tamm Plasmon Structures: Modeling and Design for Optical Detection 14. Fundamentals and Roadmap of Resonant Acoustic/Elastic Wave Sensors 15. Elastic Wave Engineering in Piezoelectric Materials: Toward Next-Generation Biosensors 16. Fundamentals of Magnetic Field Sensing Using Ferromagnetic Thin Films and Elastic Waveguides
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