Waveguides channel

Figure 6. Cross section of a SiON-technology waveguide channel.

Datta, A. Eom, I. Dhar, A. Kuban, P. Manor, R. Ahmad, I. Gangopadhyay, S. Dallas, T. Holtz, M. Temkin, H. Dasgupta, P., Microfabrication and characterization of teflon AF coated liquid core waveguide channels in silicon, IEEE Sensors J. 2003, 3, 788 795... 

Datta A, Eom I, Dhar A, Kuban P, Manor R, Ahmad I, Gangopadhyay S, Dallas T, Floltz M, Temkin H, Dasgupta P (2003) Microfabrication and characterization of Teflon AF-coated liquid core waveguide channels in silicon. IEEE Sens J 3 788-795... 

We have successfully photopolymerlzed two commercial oligomers by means of lasers and Incoherent ultra-violet light sources using the technique of photolithography. Our procedure has been described In (13, The polymerized waveguide channel Is a commercial... 

Liren W, Xue W, Sixin W, Xuesong Y, Yuquan C (1996) A two-acoustic-waveguide-channel SH-APM urease biosensor. Eng Med Biol Soc 1 85-86... 

FIGURE 7 Add-drop filter for a dense wavelength division multiplexed optical communication system. Multiple streams of data carried at different frequencies F1, F2, etc. (yellow) enter the optical microchip from an external optical fiber and are carried through a waveguide channel (missing row of pores). Data streams at frequency F1 (red) and F2 (green) tunnel into localized defect modes and are routed to different destinations. The frequency of the drop filter is defined by the defect pore diameter, which is different from the pore diameter of the background photonic crystal. 

Consider the injection of a classical monochromatic electromagnetic wave of frequency co into a 3D PBG material by means of a single-mode waveguide channel. Suppose this waveguide channel contains a small active region of optically excitable two-level systems (confined electron-hole pair excitations or atoms) with a radiative transition at frequency [Pg.326]

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