Search Results - "Hellesø, O"

Sorting of polystyrene microspheres using a Y-branched optical waveguide by Grujic, K, Hellesø, O, Hole, J, Wilkinson, J

“…We demonstrate how a Y-branched optical waveguide can be used for microparticle sorting. Polystyrene microparticles, optically guided in the waveguide's…”
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Radiation forces on a Mie particle in the evanescent field of an optical waveguide by Jaising, H.Y., Hellesø, O.G.

“…We use a generalization of Mie theory – the so-called Arbitrary Beam Theory – to calculate the scattered field and radiation forces on a dielectric spherical…”
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Optical propulsion of microspheres along a channel waveguide produced by Cs+ ion-exchange in glass by Grujic, K., Hellesø, O.G., Wilkinson, J.S., Hole, J.P.

“…Experimental results on optical propulsion of polystyrene microspheres are presented. Particles of 3, 7 and 10 μm diameter were stably guided on top of a…”
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Optical transport of semiconductor nanowires on silicon nitride waveguides by Néel, D., Gétin, S., Ferret, P., Rosina, M., Fedeli, J. M., Hellesø, O. G.

“…We investigate the behavior of silicon and ZnO nanowires in the evanescent field on the surface of a silicon nitride waveguide. The nanowires in aqueous…”
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PB0799 Extracellular Vesicles from Activated Platelets Possess a Shift in their Biochemical Profile and Enhance the Activity of the Prothrombinase Complex by Guerreiro, E., Kruglik, S., Swamy, S., Latysheva, N., Østerud, B., Kuzmin, A., Hellesø, O., Hansen, J., Snir, O.

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Characterization of a waveguide Mach-Zehnder interferometer using PDMS as a cover layer by Lindecrantz, S. M., Tinguely, J.-C., Singh Ahluwalia, B., Hellesø, O. G.

“…A Mach-Zehnder interferometer made with shallow rib waveguides is studied experimentally and using simulations. The rib-height giving single-mode guidance is…”
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Low loss bends in K+ ion-exchanged waveguides by HELLESØ, O. G, GERARD, P, BENECH, P, RIMET, R

“…Single-mode channel waveguides are made by K( ) ion-exchange in soda-lime glass microscope slides and B1664 glass. Bend losses are studied experimentally and…”
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Electrical noise of laser diodes measured over a wide range of bias currents by Chen, X.Y, Pedersen, A, Hellesø, O.G, Rheenen, A.D.van

“…The electrical noise of commercially available laser diodes, an index guided AlGaInP diode lasing at 635 nm (SDL3038-11) and an InGaAlP-multiquantum well diode…”
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Diode laser butt coupling to K(+) diffused waveguides in glass by Helleso, O G, Benech, P, Rimet, R

“…Butt coupling of diode lasers to K( ) diffused waveguides in glass has been done successfully, with coupling efficiencies of 30%. The influence of the…”
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Interferometric displacement sensor made by integrated optics on glass by Hellesø, Olav Gaute, Benech, Pierre, Rimet, Roger

“…Two designs for an interferometric displacement sensor are presented, a new design based on a March-Zehnder interferometer and another based on a Michelson…”
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Displacement sensor made by potassium diffusion on glass by Helleso, O.G., Benech, P., Rimet, R.

“…A displacement sensor using a double Michelson interferometer integrated on glass is presented. The design employs only Y junctions and the single-mode…”
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Single mode potassium and silver ion-exchanged glass waveguides with low losses and high index increase by Helmers, H., Helleso, O. G., Benech, P., Rimet, R.

“…An improved method for fabricating single mode, low loss optical waveguides using a two step potassium and silver ion exchange in glass is reported. The…”
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Single mode potassium and silver ion-exchanged glass waveguides with losses and high index increase by HELMERS, H, HELLESO, O. G, BENECH, P, RIMET, R

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Velocity distribution of Gold nanoparticles trapped on an optical waveguide by Hole, John, Wilkinson, James, Grujic, Katarina, Hellesø, Olav

“…The velocity distributions of 250nm diameter gold nanospheres trapped in the evanescent fields of optical waveguides are studied. The automated analysis of a…”
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Experimental and numerical study of trapping of cells on a waveguide by Ahluwalia, B., Lovhaugen, P., McCourt, P., Wilkinson, J. S., Huser, T., Helleso, O. G.

“…Cells are trapped by the evanescent field of a waveguide. Cell culture media and protein sera, in which the cells are submerged, significantly influence the…”
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Simulations and velocity measurements for a microparticle in an evanescent field by JAISING, Hitesh, GRUJIC, Katarina, HELLESØ, Olav Gaute

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