Sensors Handbook (Hardcover, 2)

Chapter 1. Types and Classifications of Sensors and Chapter 2. Fiber Optics in Sensors and Control Systems; Chapter 3. Networking of Sensors and Control Systems in Manufacturing; Chapter 4. The Role of Sensors and Control Technology in Computer-Integrated Manufacturing; Chapter 5. Advanced Sensor Technology in Precision Chapter 6. Industrial Sensors and Control in Manufacturing; Chapter 7. Sensors in Flexible Manufacturing Systems; Chapter 8. Communications; Chapter 9. MEMS Applications in Energy Management; Chapter 10. The NANO/MEMS Program; Chapter 11. MEMS in the Medical Industry; Chapter 12. MEMS: Current and Future Technology; Chapter 13. MEMS Advanced Research and Development; Chapter 14. Functional Integration of Microsystems in Silicon; Chapter 15. Automotive Applications of Microelectromechanical System (MEMS); Chapter 16. A Brief Study of Magnetism and Magnetic Sensors; Chapter 17. The Fundamentals and Value of Infrared Thermometry; Chapter 18. GMR: The Next Generation of Magnetic Field Sensors; Chapter 19. Smart Civil Structures, Intelligent Structural Systems; Chapter 20. True Online Color Sensing and Recognition; Chapter 21. Fundamentals of Solid-State Presence-Sensing Technologies; Chapter 22. Design and Application of Robust Instrumentation Sensors in Extreme Environments; Chapter 23.Color Machine Vision; Chapter 24. Monolithic Integrated Physical and Chemical Sensors in CMOS Technology; Chapter 25. A Research Prototype of a Networked Smart Sensor System; Chapter 26. Sensors and Transmitters Powered by Fiber Optics; Chapter 27. A Process for Selecting a Commercial Sensor Actuator Bus as an Industry Interoperable Standard; Chapter 28. A Portable Object-Oriented Environment Model (POEM) for Smart Sensors; Chapter 29. New Generation of High-Temperature Fiber-Optic Pressure Sensors; Chapter 30. Principles and Applications of Acoustic Sensors Used for Gas Temperature and Flow Measurement; Chapter 31. Understanding and Applying Intrinsic Safety; Chapter 32. Application of Acoustic, Strain, and Optical Sensors to NDE of Steel Highway Bridges; Chapter 33. Long-Term Monitoring of Bridge Pier Integrity with Time Domain Reflectometry Cables; Chapter 34. Sensors and Instrumentation for the Detection and Measurement of Humidity; Chapter 35. Thermal Imaging for Manufacturing Process and Quality Control; Chapter 36. The Detection of ppb Levels of Hydrazine Using Fluroscence and Chemiluminescence TechnFluorescence; Chapter 37. Molecular Relaxation Rate Spectrometer Detection Theory; Chapter 38. Current State of the Art in Hydrazine Sensing; Chapter 39. Microfabricated Sensors: Taking Blood Testing out of the Laboratory; Chapter 40. Closed-Loop Control of Flow Rate for Dry Bulk Solids; Chapter 41. Weigh Belt Feeders and Scales: The Gravimetric Weigh Belt Feeder; Chapter 42. Low-Cost Infrared Spin Gyro for Car Navigation and Display Cursor Control Applications; Chapter 43. Quartz Rotation Rate Sensor: Theory of Operation, Construction, and Applications; Chapter 44. Fiber Optic Rate Gyro for Land Navigation and Platform Stabilization; Chapter 45. Composite Sensor Optics in Advance Astronomical Observations; Chapter 46. Microfabricated Solid-State Secondary Batteries for Microsensors; Chapter 47. High-Temperature Ceramic Sensors; Chapter 48. Microfabricated and Micromachined Chemical and Gas Sensor Developments; Chapter 49. Electro-formed Thin-Film Silica Device as Oxygen Sensors; Chapter 50. Using Leg-Mounted Bolt-On Strain Sensors to Turn a Tank into a Load Cell; Chapter 51. CFive New Technologies for Weighing Instrumentation; Chapter 52. Multielement Microelectrode Array Sensors and Compact Instrumentation Development at Lawrence Livermore National Laboratory; Chapter 53. Enabling Technologies for Low-Cost, High-Volume Pressure Sensors; Chapter 54. A Two-Chip Approach to Smart Sensing; Chapter 55. Specifying and Selecting Semiconductor Pressure Transducers; Chapter 56. Introduction to Silicon Sensor Terminology; Chapter 57. Silicon Sensors and Microstructures: Integrating an Interdisciplinary Body of Material on Silicon Sensors; Chapter 58. Understanding Silicon Processing and Micromachining; Chapter 59. Universal Sensors Technology: Basic Characteristics of Silicon Pressure Sensors; Chapter 60. Advanced Sensor Designs; Chapter 61. Silicon Microstructures; Chapter 62. Computer Design Tools; Chapter 63. Signal Conditioning for Sensors; Chapter 64. Advances in Surface Micromachined Force Sensors; Chapter 65. Distributed, Intelligent I/O for Industrial Control and Data Acquisition: The Seriplex Sensor/Actuator Bus; Chapter 66. Innovative Solar Cell MIMICS Photosynthesis; Chapter 67. Quartz Resonator Fluid Monitors for Vehicle Applications; Chapter 68. Overview of the Emerging Control and Communication Algorithms Suitable for Embedding into Smart Sensors; Chapter 69. Applications of Conductive Polymer-Based Chemical Sensors; Chapter 70. Modeling Sensor Performance for Smart Transducers; Chapter 71. Infrared Gas and Liquid Analyzers: A Review of Theory and Applications; Chapter 72. Infrared Noncontact Temperature Measurement: An Overview; Chapter 73. Quality Control Considerations; Chapter 74. Universal Drug and Food Cleanliness Using HPLC Sensing Detection; Chapter 75. Micro-system Technologies