Determination of probable alcohol yield in musts by means of an SPR optical sensor

Spectropolarimetric Surface Plasmon Resonance Sensor and the Selection of the Best Polarimetric Function

“…This is how this phenomenon can be used for the detection of chemical and biological materials and reactions. Not only the resonant angle and the resonant wavelength of the reflected light may be changed under the SPR, but also the phase [10] and intensity [11] can be changed.…”

Development of an Internet Web Application for the Study of Surface Plasmon Resonance Spectroscopy

“…Initial applications of SPR involved the investigation of optical properties inherent to thin metal films [1][2][3][4]. From these studies, SPR has expanded and is used in a variety of applications including absorbance measurements [5][6][7], bio-kinetic [8][9][10], bio-sensing [11,12], bulk liquid measurements [13], gas detection [14,15], immune sensing [16,17], light modulation [18], process analytics [19], spectrometers [20], SPR microscopy [21], refractive index measurements [22,23], SPR polarization fibers [24], and thin film characterization [21,25]. In addition to these applications, SPR has been used extensively in chemistry, theoretical physics, and experimental optics [26].…”

Induced Transparency in Plasmon–Exciton Nanostructures for Sensing Applications

“…Some of the sensing devises based on SPs or SPPs are already commercially available, although the electronic systems used for signal readout are very complex and expensive, and the fabrication of nanostructures or the formation of metamaterials requires the use of sophisticated techniques, such as focused‐ion‐beam writing or a nanoimprint lithography . The main detection approaches used for SP‐based sensing are measurements of the intensity of the transmitted or reflected signal, usually near the SP resonance, or the evaluation of the spectral shift of the plasmonic resonance in the recorded optical spectra …”