2 article(s) from Dzhagan, Volodymyr M
Figure 1: Representative SEM images of a) and b) linear and c) and d) H-shaped nanoantenna arrays with differ...
Figure 2: a) Typical IR transmission spectrum for the array of nanoantennas with a length of 1800 nm. The low...
Figure 3: Optimized nanoantenna length L vs the transverse crossarm length LH for H-shaped nanoantennas with ...
Figure 4: Distribution of the normalized LSPR electric field magnitude on top of the Si surface underlying th...
Figure 5: IR transmission spectra of the array of a) nanoantennas and b) microantennas measured at different ...
Figure 6: a) Evaluating the spectral behavior of the dipole radiation from a unit cell of the Si-backed array...
Figure 7: SEM images of the nanoantenna edges for a) linear and b) H-shaped nanoantennas taken after depositi...
Figure 8: IR transmission spectra of the linear nanoantenna arrays before nanocrystal (NC) deposition (black ...
Figure 1: A sketch representing (a) a regular Au nanocluster array and (b) a Au dimer array.
Figure 2: (a) SEM image of a single monolayer of CdSe NCs deposited on Si (bottom) and Au nanocluster arrays ...
Figure 3: (a) SERS spectra of a single monolayer of CdSe NCs deposited on the nanocluster arrays with decreas...
Figure 4: (a) SEM image of submonolayer coverage of CdSe NCs deposited on a Au dimer array. (b) An enlarged f...
Figure 5: (a) The representative reflection spectra of Au dimer arrays with decreasing gap size (Δ = 15 cm, 1...
Figure 6: SERS spectra of a submonolayer of CdSe NCs deposited on the dimer array with a gap size of about 10...
Figure 7: (a) SERS spectra of a submonolayer of CdSe NCs deposited on dimer arrays with increasing gap size m...