By Kai Chang(eds.)
Chapter One floor Plasmons for Biodetection (pages 1–58): Pavel Adam, Marek Piliarik, Hana Sipova, Tomas Springer, Milan Vala and Jiri Homola
Chapter Microchip?Based movement Cytometry in Photonic Sensing: ideas and purposes for security and safety tracking (pages 59–87): Benjamin R. Watts, Zhiyi Zhang and Chang?Qing Xu
Chapter 3 Optofluidic concepts for the Manipulation of Micro debris: rules and purposes to Bioanalyses (pages 89–118): Honglei Guo, Gaozhi Xiao and Jianping Yao
Chapter 4 Optical Fiber Sensors and Their functions for Explosive Detection (pages 119–146): Jianjun Ma and Wojtek J. Bock
Chapter 5 Photonic Liquid Crystal Fiber Sensors for security and safety tracking (pages 147–181): Tomasz Wolinski
Chapter Six Miniaturized Fiber Bragg Grating Sensor platforms for strength Air motor vehicle Structural healthiness tracking functions (pages 183–223): Honglei Guo, Gaozhi Xiao, Nezih Mrad and Jianping Yao
Chapter Seven Optical Coherence Tomography for record safeguard and Biometrics (pages 225–257): Shoude Chang, Youxin Mao and Costel Flueraru
Chapter 8 Photonics?Assisted on the spot Frequency dimension (pages 259–295): Shilong Pan and Jianping Yao
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Extra info for Photonic Sensing: Principles and Applications for Safety and Security Monitoring
19 Formation of a self-assembled monolayer of alkanethiols (a) and carboxymethylated dextran matrix (b). therefore commercially available or have been synthesized (102). The most widely used are alkanethiols with hydroxyl, carboxyl, and amine terminal groups; however, other types of alkanethiols that include 2-(biotinamido)ethanethiol terminal group for the immobilization of streptavidin (103) have also been reported. Various modiﬁcations to the alkenthiol chains have been introduced in order to minimize nonspeciﬁc adsorption.
A similar uniform-tapered sensing probe was described by Diaz-Herrera et al. (80). The sensing element was illuminated by a polychromatic light. Two different ﬁber Bragg gratings (FBGs) located behind the sensing area reﬂected light of two selected wavelengths and these were detected by two photodiodes. These two wavelengths were tuned to correspond with the slopes of the SPR dip. From the intensity changes of the light at these two wavelengths, the SPR position changes were deduced. The observed resolution was 2 × 10−5 RIU.
Developed an SPR sensor based on intensity modulation and a singlemode optical ﬁber, the tip of which was tapered and coated with a metal ﬁlm around the tip of the ﬁber (78). Another SPR sensor was reported by Monzon-Hernandez et al. who developed a sensing element based on a uniform-tapered asymmetrically metal-coated ﬁber supporting hybrid SP modes. A light transmitted through the sensing element exhibited multiple resonance peaks observed in the spectrum of transmitted light. The resolution of the sensor was estimated to be about 7 × 10−7 RIU (79).