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Standardization and Its Impact on MeasuremenI Reliability
- Expectations of Fiber-Optic Sensor Standard
- Importance of Standards with Regard to Measurement Reliability
- Design Aspects for Reliable Fiber-Optic Sensor Systems in Standards
- Optical Source, Detector, Modulation, and Demodulation
- Fibers, Cables, Connectors, and Other Components
- Sensing Element
- Specific Reliability Issues for the Sensing Components of Fiber-Optic Sensor Systems
- Importance of Sensor System Validation
- Experimental Methods to Characterize Measurement Reliability and to Confirm Recommendations in Guidelines
- Validation Facility KALFOS for Surface-Applied Sensors
- Push-In Test Facility to Estimate Bonding Behavior of Embedded Sensors
- Radiographic Method to Reference Deformation Measurements of Embedded Sensors
- International Activities in the Area of Fiber-Optic Sensor Guideline Development
- Revision of the International Generic Fiber-Optic Sensor Standard Draft
- COST-299 “Guideline for the Use of Fiber-Optic Sensors”
- VDI/VDE 2660 Guideline: “Optical Strain Sensor Based on Fibre Bragg Grating-Fundamentals, Characteristics and Sensor Testing”
- Subsea Fiber-Optic Monitoring (SEAFOM) Guidelines
- Other Fiber-Optic Guidelines Activities
- Summary and Outlook
- References
Abstract
Handbook of Optical Sensors. Edited by José Luís Santos and Faramarz Farahi © 2015 CRC Press/Taylor & Francis Group, LLC. ISBN: 9781439866856.
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