We demonstrate a method to maximise the fluorescence enhancement from a dye using
gold coated diffraction gratings. Rotations about the azimuth provides a convenient …

Dye molecules placed on metallic gratings can experience an enhanced electromagnetic
field if illuminated under surface plasmon excitation conditions, a situation that can be …

Surface plasmon-assisted fluorescence and imaging from Rhodamine 6G dye molecules in
polymethyl methacrylate (PMMA) thin films deposited on gold-coated corrugated gratings of …

We demonstrate directional enhanced fluorescence emission from fluorophores located
above gold wire gratings. In contrast to previous studies on corrugated films, efficient …

The ability to precisely control the pattern of metallic structures at the micro‐and nanoscale
for surface plasmon coupling has been demonstrated to be essential for signal …

We investigated experimentally the influence of 1D rectangular Au gratings on fluorescence.
The formation of a bandgap in the dispersion relation is confirmed by our experiment. At the …

Fluorescence enhancement of Rhodamine 6G (R 6G) molecules with a maximal
enhancement factor of more than 30-fold was observed on Ag grating films. The …

Excited dye molecules on metallic gratings can relax by generating surface plasmon
polaritons (SPPs). These non-radiative modes can scatter from the grating emitting light in …

One-dimensional gratings with different duty ratios were designed and implemented for
enhanced fluorescence detection and imaging. Verified by finite difference time domain …

We demonstrate enhanced fluorescence from multiple types of fluorescent molecules on a
single metal enhancing fluorescence (MEF) substrate. Two fluorescent molecules were …