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The signal mode was coupled into a single-mode fibre with ∼40% efficiency after spectral filtering.
The laser was optically pumped by a high-power laser diode that was coupled into the cavity through a mirror coated for high transmission at the diode wavelength (808 nm) and high reflectance at the lasing wavelength (1064, nm).
To obtain octave spectral coverage, about 400 mW of average power was coupled into a 10-cm piece of highly nonlinear PCF (SC-3.7-975, NKT Photonics) in each interferometer.
In this system, a linear laser light created by a line generator was coupled into a planar optical waveguide via a beveled angle, forming eight individual total internal reflection (TIR) lines.
The output from a pulsed diode-pumped solid-state laser (Alphalas), which was set to 100 Hz repetition rate, was coupled into the microscope via a dichroic filter and passed to the sample through either a 60× oil immersion or a 40× long working distance objective.
The luminescence signal was coupled into a grating spectrometer.
Similar(8)
As the SPP wave passes through the side-coupled U-shaped nanocavity shown in Fig. 1a, the energy is coupled into the nanocavity.
Finally, both modes are coupled into single-mode fibre for spatial filtering.
Inversely, light of a suitable wavelength and an incident angle can be coupled into the structure.
We indicate how separate buses might be coupled into a larger branching network.
Megawatt RF power is coupled into the injector through two tapered ridge-loaded waveguides.
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