000			01754nam a22001937a 4500
005			20240702110834.0
008			240702b |||||||| |||| 00| 0 eng d
020			_a9780890069325
082			_a621.369 _bCUL
100			_aCulshaw, Brian
245			_aOptical Fiber Sensors Components and Subsystems _cBrian Culshaw, John P. Dakin
250			_a Volume 3:
260			_aNorwood _bArtech House _c1996
300			_a237p
505			_tRevisiting Optical Fiber Sensors. Fiber Gratings. Evanescently Coupled Components. Optical Fiber Lasers and Amplifiers. Advances in High-Speed OTDR Detection Techniques. Spectral Measurement Techniques for Optical Fiber Sensors.
520			_aThis hands-on problem-solving guide brings together the knowledge of international authors in the field to create a state-of-the-art picture of optical fiber sensors. It includes technology overviews, surveys applications, and describes measurement and implementation techniques. Helpful real-world case studies are also featured. Actual sensor performance examples provide guidance on measurement evaluations, environmental conditions, performance limitations, potential applications, and process-compatible formats, devices, and systems. Optical Fiber Sensors III: Components and Subsystems discusses the significance of recent fiber optic developments, including: The Fiber Bragg grating - and its impact on the basics of sensing technology; The optical fiber amplifier - and its emergence as an important optical source when configured asa laser and as a broadband photoluminescent device; Distributed sensing - and its development at both the conceptual level and in the engineering of optical time-domain reflectometers.
700			_aJohn P. Dakin
942			_2ddc _cBK
999			_c2302 _d2302