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Waveguides nanoporous

Refractometry Using Nanoporous-Silica-Supported and Freestanding Waveguides... [Pg.407]

Fig. 15.7 Incoupling resonant peaks of nanoporous silica supported polystyrene waveguide. Reprinted from Ref. 13 with permission. 2008 American Institute of Physics... Fig. 15.7 Incoupling resonant peaks of nanoporous silica supported polystyrene waveguide. Reprinted from Ref. 13 with permission. 2008 American Institute of Physics...
The grating-coupled nanoporous-silica-supported reverse waveguide chip was also applied for monitoring the attachment and spreading of Human Dermal Fibroblast cells to the surface16. As in the bacteria experiments, the waveguide surface was coated with a thin layer of poly-L-lysine layer to improve cell attachment and spreading. [Pg.410]

Horvath, R. Pedersen, H. C. Skivesen, N. Svanberg, C. Larsen, N. B., Fabrication of reverse symmetry polymer waveguide sensor chips on nanoporous substrates using dip floating,... [Pg.439]

The design of the nanoporous waveguide is shown both schematically and as a photograph in Fig. 12. It consists of an 8 mm x 12 mm x 1.6 mm soda lime glass substrate, spin-coated with a l- im-thick layer of nanoporous silica (Nanopore, NM, USA) and then coated with a 160-nm-thick layer of polystyr-... [Pg.288]

Fig. 11 Three different kinds of reverse symmetry waveguides a nanoporous waveguide, b microstructured waveguide, and c thin-plate waveguide... Fig. 11 Three different kinds of reverse symmetry waveguides a nanoporous waveguide, b microstructured waveguide, and c thin-plate waveguide...
Fig. 12 Schematic design and photograph of the nanoporous waveguide chip... Fig. 12 Schematic design and photograph of the nanoporous waveguide chip...
Fig. 14 TE and TM sensorgrams for the nanoporous waveguide using air and water as cover media [28]... Fig. 14 TE and TM sensorgrams for the nanoporous waveguide using air and water as cover media [28]...
By altering the cover medium between pure water and a water-glycerol solution (corresponding to RIs of 1.331 and 1.355, respectively), the TE and TM peaks shift according to Fig. 15. It is seen that compared with the data obtained with a commercial waveguide chip the nanoporous waveguide has... [Pg.290]

Fig. 20 TE and TM sensorgrams for the nanoporous waveguide obtained for the cover RIs a 1.331, b 1.342, c 1.354, d 1.363, e 1.373,/ 1.383, andg 1.403. The cover consists of water with various concentrations of NaSCN [34]... Fig. 20 TE and TM sensorgrams for the nanoporous waveguide obtained for the cover RIs a 1.331, b 1.342, c 1.354, d 1.363, e 1.373,/ 1.383, andg 1.403. The cover consists of water with various concentrations of NaSCN [34]...
Fig. 2 Total-internal reflection (TIR) based waveguides, (a) TIR principle of ray propagating in core medium with index c. surrounded by cladding with index nci. (b) LCWG, (c) nanoporous cladding waveguide, (d) liquid-liquid (L ) waveguide, (e) slot waveguide... Fig. 2 Total-internal reflection (TIR) based waveguides, (a) TIR principle of ray propagating in core medium with index c. surrounded by cladding with index nci. (b) LCWG, (c) nanoporous cladding waveguide, (d) liquid-liquid (L ) waveguide, (e) slot waveguide...
Risk WP, Kim HC, Miller RD, Temkin FI, Gangopadhyay S (2004) Optical waveguides with an aqueous core and a low-index nanoporous cladding. Opt Express 12 6446-6455... [Pg.216]

Xia JA, Rossi AM, Murphy TE (2012) Laser-written nanoporous silicon ridge waveguide for highly sensitive optical sensors. Opt Lett 37(2) 256-258... [Pg.745]

K. H. A. Lau, L.-S. Tan, K. Tamada, M. S. Sander, and W. Knoll. Highly sensitive detection of processes occurring inside nanoporous anodic alumina templates a waveguide optical study, f. Phus. Chem. B. 108(30) 10812-10818,2004. [Pg.131]


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See also in sourсe #XX -- [ Pg.288 ]




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