Integrated optical sensors

Biirck J., Mayer J., Zimmermann B., Aache H.-J., Integrated optical sensor for chemical analysis based on near-inlfared evanescent wave absorbance measurements, SPIE, 1995 2508 243-252. [Pg.154]

Gauglitz G. and Ingenhoff J., Integrated optical sensors for halogenated and non-halogenated hydrocarbons, Sensors Actuator B 1993 11 207-212. [Pg.236]

In this paper we approach the integrated optical sensors from the science/technological side. In that way it is avoided to discuss also all kinds of other competing sensing fields, in which the sensors are based on non-optical physical phenomena and are implemented as e.g. electrical, micromechanical or acoustical sensors. [Pg.262]

The simplest way to form arrays of integrated optical sensors is to put them all in parallel while all are fed from one input channel the input power being divided over all sensors by using e.g. a star coupler. Every sensor has its own output, detector and electronic processing unit and all sensors can be monitored simultaneously. [Pg.278]

Many classical optical sensing principles, which are well known from free space optics can be implemented in integrated optical structures, while integrated optics at its turn can act as source of new principles. Many types of integrated optical sensors have been investigated and demonstrators have been realized, mostly at universities and other research institutes. And also at... [Pg.278]

Lambeck P.V., Hoekstra H.J.W.M., VanLith J., Van Elzakker G., Two novel integrated optical sensor types for measuring chemical concentrations, based on chemically induced changes of modal field profiles, J. Nonlinear Opt Phys. Mat 2004 13 (2) 209-217. [Pg.280]

Yin, D. Barber J. P. Hawkins A. R. Schmidt H., Low loss integrated optical sensors based on hollow core ARROW waveguides, Proc SPIE 2005, 5730, 218 225... [Pg.511]

A.D Amico et al. Integrated optic sensor for the detection of H2 concentrations... [Pg.94]

OF optical fibers, IOS integrated optical sensors, A absorbance, R reflectance, F fluorescence, ev evanescent wave, ISP isopropyl alcohol, DOS bis(2-ethylhexyl)sebacate, o - NPOE ortho-nitrophenyl octyl ether, TOP tris(2-ethylhexyl)phosphate... [Pg.11]

In order to develop an integrated optical sensor, it has to be taken into account that the main material used in microelectronics is silicon, which absorbs at wavelengths below 1.12 xm. Then, the first step would be the design of waveguides that could operate in the visible region with acceptable absorption losses while keeping their single-mode behavior. [Pg.15]

Burke CS, McGaughey O, Sabattie J-M et al (2005) Development of an integrated optic sensor using a novel, generic platform. The Analyst 130 41 5... [Pg.17]

Schneider BH, Edwards J, Hartman N (1997) Hartman interferometer versatile integrated optic sensor for label-free, real-time quantification of nucleic acids, proteins, and pathogens. Clin Chem 43 1757-1763... [Pg.53]

Lambeck PV (2006) Integrated optical sensors for the chemical domain. Measurement Science and Technology 17 R93-R116... [Pg.99]

Campbell DP, Moore JL, Cobb JM, Edwards JG (1998) Integrated optic sensor for pH and ammonia. Proc SPIE 3537B 319-327... [Pg.100]

Homola J, Ctyroky J, Skalky M et al (1997) A surface plasmon resonance based integrated optical sensor. Sensors Actuators B Chem 38-39 286-290... [Pg.227]

Weisser M, Menges B, Mittler-Neher S (1998) Multimode integrated optical sensor based on absorption due to resonantly coupled surface plasmons. Proc SPIE 3414 250-256... [Pg.227]

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