Direct absorption solar collectorLocalized surface plasmon resonanceSilver nanospheresSilver nanoplatesDeveloping a new approach to examining selective absorption mediums in DASC.A higher aspect ratio of Ag NPs leads to a higher absorption efficiency.A higher aspect ratio of Ag NPs leads to red-shifting...
multimode interferenceplasmonic nanosensorsnovel symmetric plasmonic structuremetal-insulator-metal waveguideA novel symmetric plasmonic structure consisting of a metal-insulator-metal waveguide and a rectangular cavity is proposed to investigate Fano resonance performance by adjusting the size of the structure....
Figure5depicts the results of calculation for\(N=3\)plasmonic crystal lattice dispersion in empty lattice approximation. It is remarkable that the band gap is still present in the absence of lattice potential due to the collective electron interactions contrary to the free electron model of solids3...
Structural colour of the HSQ microstructure was recorded by employing a charge coupled device (CCD) camera (Beijing Groupca Company) equipped on an optical microscope under reflection mode. The absorption spectrum of the HSQ film on quartz was recorded on a UV-Visible Spectrophotometer (UV-2550, ...
In this study, we present a multi-surface plasmon resonance biosensor for detecting refractive index in the near-infrared range that is both straightforward and extremely effective. Titanium dioxide is used to create a thin adhesive coating that is used to firmly bond the gold (Au) layer to the...
14. First, the multilayer plasmonic or metamaterial device is fabricated on chromium (Cr) coated quartz using conventional EBL process. The 30 nm thick Cr layer is used as a sacrificial layer. Then a gold/ITO (50 nm/50 nm) thin film is deposited onto the Cr surface using thermal ...
Fano resonanceMetal insulator metalPlasmonic sensorRefractive index sensorSensitivityREFRACTIVE-INDEX SENSORRESONATORSIn the field of biosensing, plasmonics has gained momentum recently as it enables plasmon based circuits to merge two fields of photonics and electronics at nanoscale and also provides the ...
Sun, “Fano resonance based on multimo de interference in symmetric plasmonic structures and its applications in plasmonic nanosensors,” Chin. Phys. Lett., vol. 30, no. 5, p. 057301, 2013.CHEN Zong-qiang, QI Ji-wei, CHEN Jing, et al. Fano resonance based on multimode interference in ...
the field enhancements resulting from the first- and second-longitudinal plasmon resonance of Ag nanorice, the enhancement factor of surface enhanced hyper-Raman scattering can reach as high as 5.08脳109, meaning 9 orders of magnitude enhancement over the conventional HRS without the plasmonic ...
et al. [2012] "Numerical study of the plasmonic resonance of multi-phases nanoparticles," Int. J. Acad. Res. 4, 213-223.A. Akouibaa, M. Benhamou et al, (2012) numerical study of the plasmonic resonance of multi-phases nanoparticles, Inter. Jou. Aca. Res., 4. No. 6, 213-223....